Crain's Detroit reports fund managers at Farmington Hills-based Beringea LLC and Credit Suisse's New York-based Customized Fund Investment Group of Michigan Growth Capital Partners I LP in 2008 have invested the $185 million fund in 28 companies that employ more than 5,000 in Michigan, including University of Michigan spinoff Sakti3 Inc.
"We've had a very robust deal flow," said Charles Rothstein, senior managing director at Beringea.
Read the full story here
The University of Michigan is celebrating the addition of the 2,000th employee to move into its North Campus Research Complex
, reports AnnArbor.com:
“How fortuitous and fortunate that the 2000th person to move to the NCRC is a faculty recruit from another great institution,” said David Canter, NCRC executive director, in a statement. “Mixing together biologists and engineers, university research and commercial companies, and established faculty and new blood is the very essence of the NCRC’s mission.”
Read the full story here
Empowerment is a bold word; it's a dramatic concept. And none of those terms – drama, boldness or empowerment – are ones young students often associate with math or science. They didn't used to, at least. Lansing's Information Technology Empowerment Cente
r, or ITEC, has been working to change all that.
"We're all about confidence and competence," says ITEC Executive Director Kirk Riley. "It's not good enough to be able to do but find it boring. We're doing it through innovative, IT-based methods."
What that means is fifth graders building robots with Legos, and third graders learning to design video games during a variety of afterschool programs throughout Lansing. Though that may seem nearly impossible to even well-educated adults who view robotics and programming as highly specialized skills, ITEC is defying that mind frame with the help of software such as Kodu, a Microsoft product that allows beginning game designers to create projects through simple coding.
Though ITEC doesn't turn away students of any socioeconomic demographic, the program focuses on at-risk students in the Lansing area. All students qualifying as H.O.P.E. scholars are invited to join, with the aim of exciting these young minds in the STEM areas.
"We're setting up a learning environment where kids are free to explore," Riley says. "They are free to explore at their own pace. There is no answer key in the ITEC classroom. Instead there is creativity and ideas."
In order to empower kids to love math and science, however, ITEC first empowered themselves by building partnerships with organizations citywide, such as the YMCA, Capital Area District Library, Impression 5 and more.
"Partnerships are important be cause we work all over town," says Riley. "Our partners do a lot of what is needed to enable ITEC to succeed. If we had to pay for every computer lab and every snack, our cost would be a lot higher."
ITEC, in fact, began as a partnership. The organization launched in 2007 after Michigan State University identified a shortage of qualified computer science applicants. The idea behind ITEC was, instead of retraining college students and professionals in the field, to instill computer science competency and enthusiasm in students from a young age.
"These were real issues for [MSU]," says Riley of the talent shortage, "but the real motivator in creating ITEC was to do the right thing by Lansing youth, and that was to give them a leg up in IT and STEM careers. And yet, the economic development portion of ITEC has drawn in a lot of partners."
Six years later, about 250 students are enrolled in ITEC courses, and Riley expects 400 to participate in summer programming. For most of that time, ITEC classes have taken place in the venues of their partners, such as the YMCA and Lansing Schools. And though meeting kids where they already are is an important part of ITEC's mission, when the non-profit opened an official headquarters in 2011, it helped to further establish their identity in the community.
" We kind of put down roots here," Riley says of the Foster Community Center location. "It helps a lot to be able to have people come here. It's the ITEC."
New digs isn't the only thing changing at the ever-evolving organization. ITEC is constantly developing new partnerships and new programs, such as iMath, a new web-based math-tutoring program rolled out in late 2012, which recently received a $20,000 grant from Jackson National Community Fund and in-kind donations from Hungry Howie’s of Lansing and Dean Transportation.
ITEC is clearly growing within Lansing, but the sky is the limit for the organization. ITEC is already active in three Flint locations, and Riley hopes kids elsewhere in Michigan will soon be able to benefit from the innovative programming.
"We have a model that works at multiple locations," he says. "We're growing by leaps and bounds. There is a lot of demand for what we offer. Entities approach us, rather than the other way around."
The kids really say it best. As Joshua, a 15-year-old ITEC student says in an ITEC video, "Hand-on learning, it's all real and right there, and it's something you can show to another person. You can't show someone your imagination."
Joshua is one of all sorts of kids in the video, smiling and showing off what they've made with their newfound knowledge of technology. And while creating a generation of well-prepared engineers and computer scientists was the impetus for ITEC, Riley says true success is measured through the enthusiasm of each student as he or she demonstrates his or her video game or robot.
"We can test them to see if they know their times tables or coordinates," he says. "It's another thing to say that, by changing their attitudes, they can then go on to more success."
This piece originally appeared in Capital Gains
When it comes to evolution, humans can learn a thing or two from primeval sea lampreys.
In the current issue of Nature Genetics, a team of scientists has presented an assembly of the sea lamprey genome – the first time the entire sequence has been decoded. The data is compelling as the sea lamprey is one of the few ancient, jawless species that has survived through the modern era.
The paper not only sheds light on how the venerable invasive species adapted and thrived, but it also provides many insights into the evolution of all vertebrates, species with backbones and spinal cords, which includes humans, said Weiming Li, Michigan State University fisheries and wildlife professor, who organized and coordinated the team.
“Sea lampreys are amazing survivors,” said Li, whose teammate, Jeramiah Smith of the University of Kentucky, led the analysis of the genome assembly. “Even though they diverged from our lineage 500 million years ago, they give us a template of how vertebrates, including humans, evolved into the modern species that we have today.”
By serving as a bridge to bygone eras, lamprey DNA also provides pathways to many extinct lineages, thus opening the door to decode many prehistoric species, he added.
Based on fossil records, the Cambrian period is cited as a dramatic time when life exploded from single-celled organisms to complex, multicelled creatures. During this time, many species developed jaws and skeletal frames that protected their brain, spine and nervous system. Some, in fact, even had brains that shared the same basic structures and functions as modern humans.
By mapping the sea lamprey genome, scientists may soon better understand how and when humans evolved. Future studies also could answer when humans evolved jaws, matching arms and legs, an adaptive immune system and more.
But understanding sea lampreys to better understand them is beneficiary in its own right. They are an invasive species that feed by attaching themselves to other fish, such as salmon and trout. One sea lamprey can kill more than 40 pounds of fish, and the U.S. and Canadian governments spend $10 to $15 million annually to control them in the Great Lakes.
The team’s research could eventually reveal new and better ways to limit the destruction sea lampreys cause.
Additional MSU team members include Yu-Wen Chung-Davidson, Kaben Nanlohy, Scot Libants, Chu-Yin Yeh and Titus Brown.
Li’s lamprey genome research is funded primarily by the National Human Genome Research Institute and the Great Lakes Fishery Commission. In addition, his work is funded in part by the National Science Foundation and MSU AgBioResearch.
The Detroit News reports that low birth weight babies with a certain brain abnormality are seven times more likely to develop autism, according to research announced by Michigan State University:
The findings, culled from a 25-year study of low birth weight infants who received cranial ultrasounds, showed the heightened autism risk occurred among babies with enlarged ventricles — the brain cavities that store spinal fluid — and may indicate the loss of a type of brain tissue known as white matter.
The study offers evidence that autism, in some cases, is starting early in life, in spite of controversies that vaccines or the environment lead to the disorder, said Tammy Movsas, clinical assistant professor of pediatrics at MSU and lead author of the study.
Read the full story here
Wayne State University is expanding from its urban setting in Detroit, building a suburban campus in Warren and a relationship with Macomb Community College and nearby automotive companies.
WSU's Board of Regents approved a $12 million renovation of an existing building adjacent to MCC on 12 Mile Road. The renovation will turn the building there and surrounding 3.5 acre site into the Advanced Technology Education Center, or ATEC.
ATEC will offer four year degrees in marketable academic programs such as engineering, computer science, business, advanced manufacturing and other areas of study. The degrees will be complemented by the access to collaborations with nearby businesses.
through ATEC will help create an electric vehicle technologies center of excellence where WSU and MCC faculty can research, develop programs and improve delivery of electric and automotive battery technologies.
“We are excited about implementing this next phase of the university's education strategy in Macomb County, which will serve as a center of excellence and a national model for university–community college partnerships,” Ahmad Ezzeddine, vice president of educational outreach and international programs at Wayne State University, says in a statement. “We look forward to working with our partners at Macomb Community College and the Macomb business community to develop and offer educational and research programs that meet the talent and workforce needs of Macomb and the State of Michigan.”
Dates for construction or opening have not yet been set.
Story originally published in Metro Mode
Research into any colonies from Wayne State University was recently featured in a Fast Company article about applying lessons from how ants operate to the corporate world:
Ant algorithms are already a thriving industry in computer science, artificial intelligence, and robotics. But human groups tackling complex problems also face dilemmas similar to ants: how to make efficient, accurate decisions among many compatriots. So scientists at Wayne State University drafted ant-inspired algorithms to find the optimal balance between the time spent on planning and execution when moving a product from concept to market. Kai Yang, a professor of industrial and systems engineering at Wayne State, used mathematical models of ant behavior--"non-discrete ant colony optimization" in the scientific lingo--to model the creation of a mobile phone product on time with the highest levels of quality.
Read the full story here
Wayne State's Ned Staebler and the university's commitment to the Detroit Revitalization Fellows program was featured in Bridge Magazine:
Ned Staebler, vice president for economic development at Wayne State University, says making those connections with young would-be leaders is essential.
“Less than 25 percent of Michiganders have a college degree,” he said. “In Minnesota, it’s closer to 35 percent. We have a shortage of talent relative to our peers. And young talent, in particular, is very mobile. ”
To start to address the problem, Wayne State will open admissions for its second class of Detroit Revitalization Fellows, a two-year program largely supported by the foundation community, designed to attract, train and launch high-quality, leadership-ready talent into the city, with an emphasis on revitalization work.
Read the full story here
Shannon Kohlitz didn't want to move to the coasts to get an job in animation after graduating from the University of Michigan, so she created her own: Media Academica.
The Jackson native saw the need for web animation work in Ann Arbor when she was getting ready to graduate a few years ago. Two years ago, shortly after graduation, she and two friends founded Media Academica. Kohlitz recently bought out her two co-founders and is now focused on growing the Ann Arbor-based company.
"Before I was just into the animation," Kohlitz says. "Now I have to handle all of the sales and legal stuff. I have been learning about all of that."
Her company's first job was creating a logo animation for a hospitality firm. Now it handles animation and video-production work for a number of both smaller and larger clients, including PICpatch and the University of Michigan.
"I like to say we make smart videos for smart people," Kohlitz says.
Media Academica currently employs just Kohlitz but she would like to expand the staff as her company continues to grow. She hopes to do that by taking on more work in the Toledo and Detroit markets.
Source: Shannon Kohlitz, owner of Media Academica
Writer: Jon Zemke
This story originally appeared in Concentrate
on Jan. 23, 2013.
For every dollar invested in Michigan's three research universities -- Michigan State University, Wayne State University, and the University of Michigan -- the state saw $17 in economic benefit in FY 2010-2011.
That's only one reason why Michigan's research universities are a good investment. Write Mary Sue Coleman, Allan Gilmour, and Lou Anna K. Simon of the URC's $2 billion in annual R&D spending:
That $2 billion in R&D helps bring talented and creative people to the state, making Michigan a place where people want to live, work and launch new enterprises. Since 2002, the three URC universities have cultivated 149 start-up companies, including 18 in 2011, when the URC ranked behind only Southern California and Massachusetts.
Furthermore, the URC is working to expand the economic benefits it brings to the state. The $15.5 billion in state economic activity the URC contributed in fiscal year 2011 was up $2.6 billion -- 20 percent -- over the 2007 report.
Read the full op-ed here
Detroit leads the nation in advanced automotive sector employment, agricultural and engineering jobs, and engineering degrees, according to a new report from Automation Alley. The Detroit region is also in the top three nationally for STEM degree completion.
Reports Crain's Detroit Business
The ranking on tech degrees is important, said Ken Rogers, executive director of Automation Alley, because there isn't an adequate supply in this region.
"The demand is increasing, it's not decreasing," Rogers said. "This falls in line with our previous tech reports, (which) illustrates we're a tech center."
The Greater Detroit region ranked second out of the nine Midwest regions analyzed in the report for technology industry employment, with 210,984 jobs in 2010. That number represented 12.9 percent of the 1.63 million jobs in the region in that same year, compared with 6 percent of all jobs nationally belonging to the technology industry.
Read the full story here
Delphinus Medical Technologies has begun raising a Series B round of fundraising, setting a goal of scoring $17 million by this summer.
The Plymouth-based start-up that calls the Michigan Life Science Innovation Center home is spinning out technology for an alternative test to mammography from the Karmanos Cancer Institute
. It has already raised $12 million in a Series A round.
"Our current investors are willing to put in a substantive portion of this round," says Bill Greenway
, CEO of Delphinus Medical Technologies
The 2-year-old start-up's principal product is SoftVue, which works to effectively differentiate between benign and malignant masses in breasts. The idea is to help eliminate false positives and reduce unnecessary biopsies. It can also accurately measure breast density, a known risk factor for developing breast cancer, as well as detect many early stages of cancer in women with dense breast tissue, which is often not picked up by mammography.
SoftVue works by surrounding a breast submerged in warm water with an ultrasound ring that captures detailed, three-dimensional images with sound waves. The results are similar to an MRI, but the procedure takes only a few minutes and costs much less. The procedure was the inspiration for the company's name, which is Latin for dolphins.
The first prototype of the technology is currently being used at the Karmanos Cancer Institute. Greenway expects to ramp up commercialization and sales of SoftVue by the end of this year. He points out that St. Mary's Hospital at the University of Toronto is also in line to receive the second one. "We have a number of sites that are interested in a system," Greenway says.
Delphinus Medical Technologies
currently employs 19 people after hiring five people in 2012. He expects to hire another five or six people this year.
Source: Bill Greenway, CEO of Delphinus Medical Technologies
Writer: Jon Zemke
This story originally appeared in Metromode
on Jan. 17, 2013.
Michigan State University is planning to lease the former Journal
building in downtown Flint, Mich. The agreement will send 100 students from MSU medical school as well as faculty and staff and is expected to jump-start Flint's economic revitalization efforts.
The school is a good fit with a downtown Flint clinic Genesys is opening on South Saginaw Street that will provide training for medical students, [Betsy] Aderholdt said.
"To have our training site very closely located with the medical students, it really creates a very strong model that demonstrates collaboration between MSU and the health care sector of our economy," she said. "As they move their public school here and really get into the community, I think it's really going to take the community's game to the next level. This will be a world-class public research function located right here in downtown Flint."
MSU is expected to move into the building in 2014, after renovations are completed this year.
Read the full story here
A Wayne State University researcher is part of a federally funded effort that could lead to safer intersections across the country.
Timothy Gates, Ph.D., assistant professor of civil and environmental engineering in the College of Engineering, is the lead WSU investigator on a National Cooperative Highway Research Program project that will better illustrate the connection between roadway safety and available sight distance at intersections controlled by stop signs on the minor streets.
Adequate sight distance is necessary at stop-controlled intersections for drivers to assess when it is safe to enter a major roadway. That distance may be limited by objects or roadway features, such as trees, crops, hills, curves, buildings and parked cars.
The Transportation Research Board is funding the two-year project; WSU's portion of the work is funded by $75,000. The overall project includes a major nationwide data collection effort and is led by Massachusetts-based traffic services firm Vanasse Hangen Brustlin Inc. Portland State University also is a major participant.
Data will be collected in Ohio, North Carolina and Washington, and study sites will include divided and undivided roadways in rural, suburban and urban settings, and in flat and hilly terrain. Gates and his team will cover 250 locations throughout Ohio, while other project team members will work in North Carolina and Washington.
"Our purpose is to determine if there's truly a relationship between crash occurrence and amount of available sight distance at stop-controlled intersections," Gates said. Such a relationship will be determined using regression modeling techniques that will consider not only the sight distance measured at the intersection, but other factors including traffic volume, area type, topography, speed limit, and visual clutter caused by point objects, such as signs, poles and trees.
The University of Michigan is putting a little bit more of its money into the local economy, investing $15 million in Huron Capital Partners.
The downtown Detroit-based private equity fund recently closed on a $500 million investment fund, the company's fourth and largest to date. The 13-year-old company has invested in 61 companies in its lifespan and was named Private Equity Firm of the Year for 2010 by Mergers & Acquisitions, a leading publication for private equity.
Huron Capital Partners specializes in investing $10 million to $70 million at a time into lower middle-market companies with revenues up to $200 million. It targets growing companies looking for sponsor management buyouts, family succession transactions, market-entry strategies, corporate carve-outs, and recapitalizations of niche manufacturing, specialty service, and value-added distribution.
The University of Michigan Endowment Fund, worth $8 billion, made the investment in Huron Capital Partners, which was approved by the university's Board of Regents in December. The university has announced that it plans to invest more of its money locally through things like the Michigan Investment in New Technology Startups initiative. The Huron Capital Partners investment isn't part of that initiative, but fits into the university's overall goal of investing more locally.
Source: Rick Fitzgerald, associate director at the University of Michigan's Office of Public Affairs & Internal Communication
Writer: Jon Zemke
A version of this story originall appeared in Concentrate on Jan. 16, 2013.
The Spartan Line, an initiative of the Prima Civitas Foundation, is a simple idea: Amtrak service from Chicago to East Lansing for football games and other big events. But it could help keep former Spartans invested in the East Lansing community -- and possibly entice them to return one day:
The premise of The Spartan Line is that it gives these Chicago-based MSU alumni a convenient and fun way to zip back to East Lansing for events. After all, the longer they stay connected to the Lansing area, the more likely it is that they consider their former home as a possible future home. PCF worked with several partners to make the program happen, including the university, the MSU Alumni Association, MSU Athletics, the Greater Lansing Convention and Visitors Bureau, LEAP and other organizations interested in keeping Spartans local.
The inaugural Spartan Line run included a morning tailgate and a private preview of the Broad Art Museum and attracted about 30 Spartan passengers. PCF has future Spartan Line excursions in the works.
Read the full story here
The Michigan Corporate Relations Network, a collaboration is soliciting proposals for the third round of its Small Company Innovation Program (SCIP) awards. SCIP provides cost-sharing grants to small and medium-sized companies for research projects at MCRN universities.
MCRN is a partnership between six Michigan research universities: Wayne State University, the University of Michigan, Michigan State University, Michigan Technological University, the University of Michigan-Dearborn, and Western Michigan University.
In promoting university-industry collaboration, SCIP aims to enhance innovation and growth for Michigan's economy by making research affordable for small businesses. The program also helps to stimulate talent retention in Michigan by developing relationships between small companies and university graduate student researchers.
Individual SCIP projects are funded at matches of $20,000 to $40,000. Participating companies must supply a 1:1 match of funds, for a total project budget of $40,000 to $80,000.
It's as clear as a glass of water: the Great Lakes are central to the economy of our region. They contain one-fifth of the world's freshwater supply and will be the focal point of research, technology, and the environment in the near- and long-term future.
The University of Michigan is among the leaders of a multinational partnership charged with charting the course of the Great Lakes region. The Great Lakes Futures project is an inaugural effort of 18 universities and 29 master's and doctorate students to develop policy recommendations for the next 50 years, and to better guide the application of federal grants to restoration projects.
Part of the uniqueness of the project is the interaction and feedback the students get on their work from regional research bodies and representatives of governmental organizations, as occurred at [a recent] workshop U-M hosted in Ann Arbor.
In a room filled with researchers interested in the Great Lakes, some who had been studying the region for their entire lengthy careers, and others that were just beginning in the field, hours of collaborative conversations went by in making recommendations to the students' work. The interaction between the students, members of interest groups and representatives from policy bodies is extremely "uncommon," Scavia said.
Read the full story here
A Wayne State biotech startup has received a prestigious award from the National Institutes of Health (NIH). Advaita Corp., founded in 2005 by Sorin Draghici, Ph.D., professor of computer science in Wayne State's College of Engineering, has been selected to participate in NIH's Commercialization Assistance Program (CAP), a specialized technical-assistance program that helps promising life-science companies accomplish their commercialization goals and transition their small business into the marketplace.
The 18-month program provides individual mentoring and consulting sessions, training workshops, and access to domain experts that enhance the commercialization profile and readiness of participating companies.
With the assistance of a $2.2 million NIH STTR Phase II award, Advaita developed a bioinformatics software solution called Pathway-Guide. Based on intellectual property developed at Wayne State University, the application provides the most advanced gene pathway analysis technology to date. The company is entering the commercialization phase of their development plan.
Read the full story here
Short interruptions – such as the few seconds it takes to silence that buzzing smartphone – have a surprisingly large effect on one's ability to accurately complete a task, according to new research led by Michigan State University.
The study, in which 300 people performed a sequence-based procedure on a computer, found that interruptions of about three seconds doubled the error rate.
Brief interruptions are ubiquitous in today's society, from text messages to a work colleague poking his head in the door and interrupting an important conversation. But the ensuing errors can be disastrous for professionals such as airplane mechanics and emergency room doctors, said Erik Altmann, lead researcher on the study.
"What this means is that our health and safety is, on some level, contingent on whether the people looking after it have been interrupted," said Altmann, MSU associate professor of psychology.
The study, funded by the U.S. Navy's Office of Naval Research, is one of the first to examine brief interruptions of relatively difficult tasks. The findings appear in the Journal of Experimental Psychology: General
Read the full story here
In five years, Michigan's research universities have produced over 1400 auto-related research projects representing over $300 million in investment in the automotive sector. That translates to countless advances in technology, safety, fuel efficiency and performance, many of which are on display at this year's North American International Auto Show in Detroit.
Reports the Winnipeg Free Press:
During a tour of the North American International Auto Show, Wayne State University engineering professor Jerry Ku said the gap between academic and industry research has narrowed in recent years.
"We are very, very aligned. Same direction," said Ku, whose research deals in part with electric vehicle battery packs.
Read the full story here
The U.S. Department of Energy announced this month that it has awarded Lansing-based MBI and global biotech company Novozymes up to $2.5 million to develop new enzyme-based technologies to convert corn stover into sugars for subsequent conversion into biofuels.
Novozymes, a world-leading enzyme company, brings its depth of expertise in enzyme screening and development to the partnership, while MBI brings its innovative AFEXTM biomass processing technology.
"There are two major challenges in converting agricultural biomass into biobased products," said Allen Julian, Chief Business Officer of MBI. "One is the challenge of handling, storing and hauling low-density biomass to the refinery, and the other is the challenge of breaking down the biomass cost-effectively into its constituent sugars."
AFEX technology can be practiced in depots close to the farm, allowing dense biomass pellets to be economically stored and shipped to a distant biorefinery. In addition, AFEX alters the biomass structure so that enzymes can more effectively break the biomass down into fermentable sugars.
The Novozymes/MBI collaboration is aimed at tailoring enzymes for AFEX-treated biomass, which will in turn enable the production of low-cost fermentable sugars. Such non-food biomass sugars can be converted into bio-based fuels, chemicals and other products.
MBI previously won a $4.3 million Department of Energy award to develop and scale up its AFEX technology. Under this project, MBI is currently completing the installation of a 1 ton-per-day pilot-scale AFEX reactor at its Lansing, Michigan facility.
Read the full story here
"There is no time like now and no place like Michigan for innovation," says Dave Egner, executive director of the New Economy Initiative for Southeast Michigan, which has sponsored the Accelerate Michigan Innovative Competition in its first three years.
Winners of the Accelerate Michigan business plan competition were announced Nov. 15 at an event at Detroit's Orchestra Hall.
Plymouth-based Algal Scientific took home the grand prize of $500,000 in seed capital for its wastewater treatment system technology that uses algae to remove nutrients from contaminated water, leaving the raw materials for biofuel production. Livonia-based nanoMAG took home the $100,000 runner-up prize for its work developing a new type of Magnesium compound that can be used for biocompatible stents and implants.
Quicken Loans Chairman Dan Gilbert was also honored with the Spirit of Michigan Award. Josh Linkner, CEO of Detroit Venture Partners, accepted the award on Gilbert's behalf and spoke highly of downtown Detroit's new tech hub that is bubbling out of the M@dison Building.
"We will be studying this stretch of five years for years to come," Linkner says "It's because of the work and dedication of Dan Gilbert."
Accelerate Michigan got its start in Ann Arbor as a way to showcase the cream of the crop of Michigan's entrepreneurial ecosystem and connect them with both local and out-of-state resources and investors. This year it moved to downtown Detroit to show off the Motor City's emerging tech hub and vibrant downtown. That shined through at a kick-off event at the Guardian Building
, where attendees walked past office buildings lit up with young people working for the likes of Quicken Loans, GalaxE.Solutions, Compuware and Strategic Staffing Solutions.
Paul Schrems has two ambitions these days. One is to start his own company and the second is to not have to keep untangling the earbuds for his smartphone. He's doing both with TurtleCell, a consumer-electronics start-up he is launching with Nick Turnbull.
Schrems and Turnbull are engineering students at the University of Michigan. They both love their smart phones and the protective cases they are in but hate reaching into the pockets to pull out a tangled mess of earbuds. So the enterprising pair invented TurtleCell, a smartphone case that has retractable earbuds built in.
"I thought: Why couldn't I combine the two and and save myself the time of untangling my earbuds for half of my walk to class?" Schrems says.
TurtleCell has since developed a prototype and is working with mentors from the TechArb student incubator to refine the design and raise funding. The 4-month-old company plans to launch a Kickstarter campaign in January to raise funds to build the first run of products to be sold later this year.
Source: Paul Schrems, co-founder of TurtleCell
Writer: Jon Zemke
This story originally appeared in Concentrate on Nov. 14, 2012.
Michigan will get two "advanced battery hubs" as part of a $120 million U.S. Dept. of Energy project to develop advanced low-cost batteries that could make electric cars more affordable. The satellite research centers will be located in Ann Arbor, on the campus of the University of Michigan, and in Holland.
The hubs will bring university and private-sector researchers together; partners in Michigan include the University of Michigan, Dow Chemical Co., and Michigan Tech. The Michigan Economic Development Corp. has committed $5 million to the program.
Read the full story here
Michigan State University will be home to one of seven development laboratories charged with finding ways to boost crop production and reduce poverty in developing areas around the world.The Global Center for Food Systems Innovation, part of MSU’s International Studies and Programs, will get $25 million over five years from the U.S. Agency for International Development to try to solve problems affecting global food production.
Reports the Battle Creek Enquirer:
[USAID Administrator Rajiv] Shah said MSU was chosen partly because of its recent successes with climate change and food production in East Africa and other parts of the world.
"We hope to build on that," Shah said. "If we don't have newer crops that can improve productivity, we know the very poorest people will bear the biggest brunt of the effects of climate change."
Read the full story here
From the middle of the country, a Wayne State University researcher is working to advance understanding of the movement of chemical compounds through the world's oceans.
Mark Baskaran, Ph.D., professor of geology in the College of Liberal Arts and Sciences, has received a three-year, $190,000 grant from the National Science Foundation (NSF) for a project that will follow the pathways and cycling of two trace elements in the Pacific Ocean from Peru to Tahiti.
The project will examine levels of polonium (Po) and lead (Pb) isotopes in water samples from Peru to Tahiti to investigate how much carbon is exported from the upper 100 meters of ocean water to deeper waters, and how hydrothermal waters released from the bottom of the ocean affect the removal of polonium and lead.
During a two-month cruise beginning in October 2013, Baskaran and WSU student John Niedermiller will collect thousands of liters of water samples from up to 5,000-meter depths for polonium and lead analysis in various types of waters, including those with high biological activity, those with low oxygen, and hydrothermal plumes (areas of warmer water).
Read the full story here
In a blog post for the Huffington Post about the Midwest emerging as an entrepreneurial "hot spot," John Dearborn, President of JumpStart, Inc., cites the growing influence of research universities in creating a path for entrepeneurs in the Great Lakes region.
In 2011, the Kauffman Foundation reported that 54 percent of Millennials (those ages 18-34) "were either planning to start a business or had already done so." They're finding support from more and more colleges, who are increasingly recognizing entrepreneurship as a viable career path: A separate Kauffman study counted 2,335 full-time undergraduate and graduate entrepreneurship programs. At the same time, schools are realizing they have to work to commercialize their technologies. Universities such as Ohio State, Wayne State University, University of Michigan and University of Minnesota have specialized resources dedicated to facilitating technology commercialization, while the Ohio Board of Regents' 2011 report addressed how the state can improve its commercialization efforts.
Read the full story here
Scientists at Michigan State University and the University of Michigan have awarded six grants to organizations across the region for projects that will help decision-makers adapt to climate change and variability in the Great Lakes basin.
"Climate change is expected to have significant impacts on the Great Lakes region, and it's important for us to understand and prepare for them," said GLISA program manager David Bidwell, a research fellow at U-M's Graham Sustainability Institute. "These projects are laboratories for learning best practices for making decisions informed by climate science."
In addition to the grant awards, GLISA researchers recently posted a new set of white papers focused on potential impacts, vulnerabilities and adaptation options related to climate change and variability in the Midwest.
The reports are available at http://glisa.msu.edu/great_lakes_climate/nca.php.
The GLISA grants total about $231,000. Researchers at U-M and MSU will support the projects by providing information about historical climate in the region, as well as projected climate changes and their potential impacts. Social scientists will track the projects to identify best practices for making climate information more usable for decision-makers.
Read the full story and a complete list of grantees here
A revolutionary research funding experiment begins today at U-M, as faculty members from every school and college start to coalesce into teams of three to embark on visionary projects.
The MCubed program, announced in May, will divvy up $15 million among 250 brand new, interdisciplinary pilot studies. A grassroots endeavor spearheaded by a trio of engineering professors, it empowers researchers themselves -- as opposed to funding agencies -- to decide which ideas are worth exploring.
All 19 schools and colleges at the university, as well as three other interdisciplinary units, have agreed to participate.
Read the full story here
Workers have broken ground on the project that will turn the former Dalgleish Cadillac car dealership into Wayne State University's new Multidisciplinary Biomedical Research Building.
The $93 million project is turning the longtime car dealership at Cass Avenue and Amsterdam Street into 200,000 square feet of research space geared toward life sciences. When the project is done it will become the home of 500 researchers and 68 principal investigators for the university.
While the project is Wayne State University's most expensive to date, it will be less expensive than building a brand new building from a vacant lot.
"That's the primary reason we're refurbishing Dalgleish," says Jim Sears, associate vice president for facilities management at Wayne State University. "It's nice not to start from scratch every time."
Wayne State University is going for LEED silver rating for the Multidisciplinary Biomedical Research Building. One of the green features will include replacing the car ramps with a 3-story atrium.
The Multidisciplinary Biomedical Research Building will have space for both wet and dry laboratories, faculty offices and common areas, as well as clinical space. Faculty members from across the university's School of Medicine, College of Engineering, College of Liberal Arts and Sciences, School of Social Work, and Eugene Applebaum College of Pharmacy and Health Sciences will conduct research at the facility. Ninety-three percent of the structure will be occupied by Wayne State University, with the remaining 7 percent housing partners from the Henry Ford Health System, including its bone and joint research program and biomechanics motion laboratory.
Researchers will work on a number of thematic areas, such as cardiovascular disease, metabolic disorders such as diabetes, hypertension & obesity, systems biology, biomedical engineering, bioinformatics and computational biology, and translational behavioral science.
Source: Jim Sears, associate vice president for facilities at Wayne State University
Writer: Jon Zemke
This story originally appeared in Model D on Oct. 30, 2012.
The U.S. Department of Agriculture granted Michigan State University $1.6 million to lead a national research and extension project on crop pollination.
The five-year project will focus on supporting specialty crop yields and profit by supporting wild and managed bees. It is part of the USDA's $101 million initiative to support the nation's specialty crop producers.
The team's findings will support long-term sustainability by increasing growers' ability to better manage pollinators. By working in many different crop landscapes, they plan to develop widely-applicable information for growers, so growers can maximize crop yields.
Read the full story here
Life Technologies has acquired University of Michigan spin-out Compendia Bioscience
Suzanne Clancy, a spokeswoman for Life Technologies, confirms the Ann Arbor-based start-up will remain in Ann Arbor for the foreseeable future and under its current leadership. The terms of the deal were not disclosed, and Clancy declined to speak about Compendia Bioscience's current employment levels.
Compendia Bioscience specializes in cancer bioinformatics, which is used by the pharmaceutical industry to identify novel gene targets for drug discovery and development. The California-based Life Technologies, a public company listed on the NASDAQ, plans to leverage Compendia BioScience's oncology expertise and proprietary assets to enhance its diagnostic development capabilities across multiple platforms, including next-generation sequencing, qPCR and proteome analysis.
Compendia Bioscience spun out of the University of Michigan in 2006 and has been led by Daniel Rhodes ever since. It received $1.75 million from the Michigan 21st Century Jobs Fund in 2008. It had as many as 30 employees as of 2011, according to the company's website.
Source: Suzanne Clancy, spokeswoman for Life Technologies
Writer: Jon Zemke
This story originally appeared in Concentrate on Oct. 17, 2012.
InPore Technologies, Inc., a spin-off of Michigan State University, has raised $2.6 million since 2010, from angel investors, U.S. Small Business Innovation Grants, and the Michigan Economic Development Corporation. Now, the company is seeking funding from venture capitalists, other angel groups such as the Great Lakes Angels, and high-net-worth individuals to ramp up production and for marketing and sales.
The company produces two trademarked products made of porous ceramic powders.
Read more about InPore here
Advaita just secured the final installment of a $125,000 in seed capital from the Michigan Emerging Technologies Fund, which is the latest in large amount of funding the bio-tech firm has secured.
is leveraging technology developed at Wayne State University. The 7-year-old start-up is developing a bioinformatics software solution called Pathway-Guide that provides gene pathway analysis technology. Pathway-Guide helps researchers trying to understand the data generated by high-throughput experiments, including next-generation sequencing. The technology looks to eliminate many false positives in diagnosis, as well as correctly identify biologically meaningful pathways in a given disease.
"It's a tremendous tool that will help people understand the mechanics of disease," says Sorin Draghic, president, CEO & founder of Advaita. He is also a computer science professor at Wayne State University who discovered the technology.
Advaita secured a $2.2 million Phase II Small Business Technology Transfer grant last year. That seed capital, along with the Michigan Emerging Technologies Fund cash, has allowed the company and its six people to begin commercializing the technology.
"We're selling this," Draghic says. "The product is ready. We have already sold this to a couple of research universities."
Source: Sorin Draghic, president, CEO & founder of Advaita
Writer: Jon Zemke
This story originally appeared in Model D on Oct. 30, 2012.
A new $9 million University of Michigan Great Lakes research and education center will guide efforts to protect and restore the world's largest group of freshwater lakes by reducing toxic contamination, combating invasive species, protecting wildlife habitat and promoting coastal health.
With a $4.5 million, three-year grant from the Fred A. and Barbara M. Erb Family Foundation, the new University of Michigan Water Center will provide a solid scientific framework for more efficient and effective Great Lakes restoration.
U-M scientists and their partners across the region will use research and on-the-ground collaboration to inform Great Lakes restoration projects. The initiative was announced today by U-M President Mary Sue Coleman, who said the university will add an additional $4.5 million to the project over three years.
Read the full story here
The Institute of Gerontology at Wayne State University in partnership with the University of Michigan received a $2.7 million grant renewal from the National Institutes of Health's National Institute on Aging to continue the work of the Michigan Center for Urban African American Aging Research. The center is one of only seven across the country established to improve the health of older minorities through education, scholarship and research participation. This is the center's fourth five-year renewal, which will allow it to continue its work through 2017.
Through scholarship, education and outreach, the Michigan Center for Urban African American Aging Research investigates why older urban minorities suffer from poorer health than their Caucasian counterparts. Center faculty members mentor junior minority scholars to encourage high-quality research into issues affecting aging and ethnicity. The Institute of Gerontology maintains a database of 1,685 older African Americans in the Detroit area who are willing to take part in research projects. This pool of volunteers is highly valuable to researchers because African Americans and other minority groups have traditionally been underrepresented in research. The center also provides free health screenings and community forums to educate more than 1,000 older minority members each year about preventing diseases that are prevalent in certain ethnic groups.
James Jackson, director of U-M's Institute for Social Research, is the center's principal investigator. WSU Institute of Gerontology Director Peter Lichtenberg is co-director of the center’s administrative core. "We take great pride in the accomplishments of our Michigan center," said Jackson. "To date, 47 minority scholars have completed our program. More than two-thirds of these researchers have received grant funding, many of them as principal investigators on NIH grants. They are working hard to address the health disparities that plague our African American elders."
As they age, African Americans have significantly higher rates than their Caucasian counterparts of diabetes, stroke, heart disease, high blood pressure and certain cancers. Research is focused on why this disparity occurs and methods for reversing it.
"For 15 years, we have partnered with older adults to promote healthier aging," Lichtenberg said. "With this grant, we continue strengthening scholarship and focusing on the health and education needs of Detroit’s elders. It takes time to make a difference that will last."
The National Institutes of Health's National Institute on Aging award number for this grant is 2P30AG-15281-16.
The 2012 Michigan Green Chemistry and Engineering Conference, Driving Sustainable Manufacturing, will take place on Oct. 26, 2012 at Wayne State University.
For researchers, chemists, engineers, industry CEOs, students, educators, entrepreneurs, decision makers, policymakers – anyone interested in Michigan's march toward smart, sustainable growth – this conference is the opportunity to hear from leading experts and share innovative ideas on how we can best "green up" Michigan and drive sustainable manufacturing through green chemistry and engineering.
Learn more and register at michigan.gov/greenup
Here's a new angle on the FRIB at MSU: In addition to creating and studying rare isotopes, researchers will observe how multiple teams of researchers work together.
Using surveys, interviews and high-tech devices that monitor interaction, a team of MSU researchers will conduct a three-year study on teamwork among the many groups of physicists, engineers and other scientists involved in the creation of the Facility for Rare Isotope Beams, or FRIB. The three-year study will be one of the first of its kind on how teams work together is funded by a $1.1 million grant from the National Science Foundation.
John Hollenbeck, lead researcher on the study and professor of management, said the research could offer clues on how to better manage multiple teams. Research on this topic is scarce even though today's high-tech, global economy increasingly involves collaboration by multiple teams from different professions and parts of the world.
"More than ever, teams have to work together with other teams, whether it's in business, industry or science," said Hollenbeck, who has studied teamwork in the business world and military for more than 20 years. "In many ways this is rewriting the rules of teamwork, which tend to be written for individual teams, not teams that have to work interdependently with other teams."
Read the full story here
A Michigan State University astronomer is part of an international team of scientists that has discovered a galaxy so far, far away that its light was emitted not all that long after the Big Bang occurred.
The research of MSU's physics and astronomy professor Megan Donahue and colleagues is detailed in the recent issue of the journal Nature. They found that this galaxy began emitting light "just" 490 million years after the Big Bang, when the universe was only 3.6 percent of its present age.
Based on images taken in several colors, or wavelength bands, and using NASA's Hubble Telescope and Spitzer Space Telescope, the measurement is "one of the most accurate estimates ever obtained" for a galaxy from the early universe, Donahue said.
Read the full story here
has a vision of Detroit in 2025: Downtown is booming, the urban landscape is green with farms and daylighted streams, and the now-defunct City Airport is an autodrome.
What's happening now that promises such a vibrant future? Tech startups, for one -- and TechTown.
"Detroit native Clover McFadden is a TechTown success story. After graduating from college-prep Renaissance High School on the city's northwest side, she earned a degree from Howard University in Washington, D.C., and dreamed of becoming a doctor. But on a return trip to Detroit she discovered Bizdom, which grooms aspiring entrepreneurs at TechTown. McFadden enrolled, developed a business plan, and successfully pitched investors. Her business, Circa 1837, produces and sells clothing adorned with school logos of the nation's traditionally black universities, such as Howard.
'People told me I was crazy to start a business in Detroit, but I think the exact opposite,' McFadden says. 'There are so many people here who want to see you succeed.'"
Read the full story here
Innovative technologies could move closer to market thanks to a unique new Master of Entrepreneurship program at the University of Michigan.
The program's rare and immersive curriculum is targeted toward inventors — both current and aspiring ones. It's a joint endeavor between the top-ranked U-M schools of Michigan Engineering and the Ross School of Business.
"This new inventor-targeted program is, fundamentally, a new degree between these two disciplines, and provides the entire range of business and technical skills necessary to commercialize new technologies. It contains more business content than a typical master of engineering and more start up content than a typical MBA," said Bill Lovejoy, program co-director and the Raymond T.J. Perring Family Professor of Business Administration at Ross.
Read the full story here
Brian M. Abraham has been named to lead Spartan Innovations, L3C, a subsidiary of the Michigan State University Foundation focused on launching sustainable start-up companies from Michigan State University's research innovations.
Abraham, who holds a PhD in chemistry from Tufts University and an MBA from Babson College, is a serial entrepreneur with more than 20 years of experience in founding, shaping and leading successful businesses that range from high-technology defense systems, financial groups, and medical devices, to transportation, environmental, and natural resource companies. He most recently took over as CEO for ProteQ, a defense technology company.
Prior to ProteQ, he ran Bluefin Robotics, an MIT-founded/affiliated robotic submarine company based in Quincy, Mass. He has also worked with faculty and students to create new businesses and, in that capacity, has served as an adjunct professor at Babson College and The Ohio State University for seven years.
Read the full story here
A Wayne State University researcher is part of a national project to find accessible sources of natural gas.
Jaewon Jang, Ph.D., assistant professor of civil and environmental engineering in the College of Engineering, recently received a two-year, $178,000 grant from the U.S. Department of Energy (DOE) to aid in the search for methane hydrates in oceans and permafrost, such as the Gulf of Mexico and Alaska's North Slope.
Methane hydrates are three-dimensional ice-lattice structures with natural gas locked inside, and are found both onshore and offshore -- including under the Arctic permafrost and in ocean sediments along nearly every continental shelf in the world.
The DOE effort, which includes 14 projects in 11 states, builds on the completion of what officials called a "successful, unprecedented test" earlier this year that was able to safely extract a steady flow of natural gas from methane hydrates on the North Slope. Department officials believe methane hydrates are an untapped resource holding great potential for economic and energy security.
Read the full story here
Another $200,000 in financing has been dispersed by the Michigan Microloan Fund Program, a large portion of which is helping start-ups run by University of Michigan graduates get off the ground.
The Michigan Microloan Fund Program
provides five-figure loans around $50,000 to locally based start-ups in need of seed capital. The funding helps support the commercialization of their products. More than $2.5 million has been loan through the fund since its inception.
Among the most recent recipients is Rippld
, a Detroit-based start-up that is creating a connection, collaboration and services exchange platform for creative professionals and the clients that need their talents. Rippld was founded by a trio of U-M grads, Adrian Walker, Wilbert Fobbs III and Lander Coronado-Garcia.
"It's going to help both the tools and the man-hours needed to build it out," Coronado-Garcia says. "Some of those funds are going toward the cost of the independent contractors and employees. It is also going toward the infrastructure cost of hosting the site."
Another recent recipient is Seelio, formerly known as TruApp. The Ann Arbor-based start-up created by U-M alumni provides a stage for college students to distinguish themselves through an online portfolio of work and connect with companies. The microloan is funding Seelio's recent beta launch, and served as a bridge to the company’s recently closed seed funding round.
Source: Lander Coronado-Garcia, co-founder of Rippld
Writer: Jon Zemke
This story originally appeared in Concentrate on Aug. 22, 2012.
The Accelerate Michigan Innovation Competition
is moving to downtown Detroit this fall, taking advantage of the Motor City's vibrant urban atmosphere and emerging narrative of resurgence.
The annual business plan competition, in its third year, awards $1 million in cash and other prizes to local start-ups or companies looking to move to Michigan. The first two competitions were held in Ann Arbor, but it is moving to the Book Cadillac Hotel this year to leverage the city's cosmopolitan feel and its story of economic resurgence.
"We really are trying to bring the judges and investors into a city that's becoming more vibrant," says Lauren Bigelow, executive director of Accelerate Michigan. "We think Detroit serves as a great backdrop for that."
Accelerate Michigan is one the richest business plan competitions in the U.S. with a top prize of $500,000 in seed capital. The cream of the crop of the Great Lakes State's start-ups apply to compete, along with a smattering of out-of-state firms interested in relocating to Michigan. A wide variety of start-ups make their pitch for the half a million dollars in cash, including businesses specializing in life sciences, alternative energy, advanced manufacturing, software and IT, among many others.
This year 303 start-ups applied to compete. There is also a student portion of the competition that will continue taking applications until Sept. 27. These entrepreneurs also use the competition as a chance to network with angel investors, venture capitalists, corporate investors and potential strategic partners who are judging and watching the competition. This year's competition expects to attract more than 100 investors this year, up from about 60 last year.
Accelerate Michigan will be held on Nov. 13 at the Book Cadillac with the awards gala taking place on Nov. 15 at Detroit's Orchestra Hall. For information on the competition, click here
Source: Lauren Bigelow, executive director of Accelerate Michigan
Writer: Jon Zemke
This story originally appeared in Model D on Aug. 21, 2012.
University of Michigan alumni have launched Seelio.com, a job networking site that claims to combine the best features of LinkedIn, Facebook and Pinterest to create a dynamic "virtual portfolio."
Employers can also post comments, photos, and videos. The platform soft-launched for U-M students only in January; since then, 40 students and recent grads have found jobs and internships, the school reports.
Read the full story here
Michigan State University will play an integral role in the $9.48 million East Lansing Amtrak Station renovation. MSU will contribute a long-term land lease of the property, valued at $3.2 million. According to Fred Poston, MSU vice president for finance and operations, the school wanted to be involved in the project because of its potential to impact transportation options for students.
“The new Amtrak station will make it more convenient for the students,” says Poston. “They can get on a bus at their residence hall or anywhere in the city or surrounding area to go to the Amtrak station.”
The project will also be funded by a $6.28 grant from the U.S. Department of Transportation’s Federal Transit Administration through Bus and Bus Facilities Program Livability Initiative funds. It will provide connectivity to the interstate, the regional transportation network, as well as bike and pedestrian pathways. The project is also expected to create jobs and improve the vibrancy of the area.
Poston says student use of mass transit is at an all-time high, and East Lansing is the fastest growing in Michigan. The renovations will improve connections to both Detroit and Chicago. The project will include an expansion of the Michigan Flyer service, increased number of routes between East Lansing and Detroit and Mega Bus service between Chicago and Detroit with stops in Grand Rapids, Lansing and Ann Arbor.
This story originally apepared in Capital Gains on Aug. 1, 2012.
A new community-based HIV/AIDS registry, one of the first in the nation to include patients from rural areas, will provide a unique opportunity to find answers to myriad medical questions, from the impact of drugs such as marijuana on the virus to why some patients naturally ward off the disease.
The registry is being created by a Michigan State University infectious disease team led by Peter Gulick, an associate professor in the College of Osteopathic Medicine studying HIV for decades and operating three clinics with more than 700 patients.
"Despite some notable successes in recent years, there still is a critical need to address the multiple problems that afflict all HIV infected populations," Gulick said. "While there are many HIV registries across the nation, almost all are university-based in urban settings, providing patient information that is not always diverse or representative, which can limit progress."
Research of HIV patients in rural areas is lacking, said Linda Dale, also with the college and a member of Gulick's team. Additionally, there is a need to study the use of drugs such as marijuana in patients in various settings.
The new registry will draw patients from Gulick's clinic in mid-Michigan, as well as clinics in the Saginaw area and northern lower Michigan. Patient consents are being accumulated and a database soon will be finalized.
"The registry will help us identify groups of HIV patients that have specific characteristics, which allows researchers to investigate populations of patients not previously adequately studied," Dale said.
Read the full story here
While many might see the case for programs to prevent adolescent cigarette smoking as already made, a pair of Wayne State University researchers believes that due to increasingly challenging economic times, policymakers need to be reminded to continue allocating funding for such programs.
Xinguang Chen, M.D., Ph.D., professor of pediatrics in the School of Medicine, and Feng Lin, Ph.D., professor of electrical and computer engineering in the College of Engineering, have found a way to provide policymakers with some hard evidence.
Most adult smokers in the United States report trying their first cigarette before age 18, according to government statistics, with more than 80 percent of established smokers starting before high school graduation. Earlier initiation has been shown to be associated with greater smoking frequency and number of cigarettes smoked per day.
Only about 5 percent of established smokers ever quit completely, Chen said, making prevention in adolescence a critical and strategic priority for tobacco control.
"The number of smokers year to year at any given time is an accumulation of past experience," he said. "Our methodology has the power to glean that information from one cross-sectional survey, overcoming the limit to track people over time."
Read the full story here
A Wayne State University researcher has developed technology that opens new possibilities for health care and medical applications of electronic devices.
Yong Xu, associate professor of electrical and computer engineering in the College of Engineering, has developed a simple technology compatible with silicon-on-insulator (SOI) complementary-metal-oxide-semiconductor (CMOS) processes for making flexible electronics. "A Silicon-On-Insulator Complementary-Metal-Oxide-Semiconductor Compatible Flexible Electronics Technology," published recently in Applied Physics Letters, describes the project, which was part of a National Science Foundation effort.
Xu said his technology could result in retinal prostheses that cause less tissue irritation and therefore work better and longer, as well as more comfortable wearable health monitoring devices. Other possible applications include balloon catheters and stents.
"The ultimate goal is to develop flexible and stretchable systems integrated with electronics, sensors, microfluidics, and power sources, which will have a profound impact on personalized medicine, telemedicine and health care delivery," Xu said.
Read the full story here
At a time when Michigan's economy is diversifying and growing, finding the talent needed to keep up with the surge in the demand for highly educated applicants has been difficult for many employers. This is especially the case for the IT and engineering sectors. Since more than 50% of the PhDs and sometimes as much as 40% of the Masters degrees in these fields are awarded to international students each year, we will continue to have difficulty filling these positions if we don't consider all qualified applicants (domestic and foreign) in our recruiting strategy.
This webinar series will help inform Michigan employers on the value of foreign talent and its impact on Michigan's economy. It will also take you through the immigration process of hiring an international student; from international student work authorizations, to work visa options, to employer-sponsored permanent residency.
Webinars will be recorded, so if you miss one, check the GTRI website after the broadcast.
Webinar #1: Investing in Michigan’s Economic Future: Closing the Talent Gap with International Students
Tuesday, September 11, 4-5pm
Webinar #2: Hiring International Students: Internships & Full-Time Employment
Tuesday, September 25, 4-5pm
Webinar #3: Transitioning to a Work Visa: H-1B and Beyond
Tuesday, October 9, 4-5pm
Webinar #4: The Path to Employer Sponsored Permanent Residency
Tuesday, October 30, 4-5pm
The chance at more than $1 million in cash prizes will soon run out for Michigan's collegiate innovators! The Accelerate Michigan Innovation Competition
student application process will close on Sept. 27, 2012.
Students with creative and innovative ideas currently enrolled in undergraduate or graduate programs in a Michigan public or private university or college for the fall 2012 semester can apply here
. Additional details regarding eligibility can be found on the Accelerate MI website
Did You Know?
- Michigan is currently ranked no. 3 in the U.S. in engineering degrees.
- Each year, Michigan on average is provided more than $1.8 billion in university research funding from the U.S. government.
- In 2011, the University of Michigan's tech transfer office recorded 101 licenses and options, filed for 122 patents, resulting in the launch of 11 new companies.
- According to the AUTM, the University of Michigan ranked among the top 20 U.S. universities in tech transfer performance in both 2010 and 2011.
- In the past decade, technologies developed in Michigan-based higher education faculty labs have spawned 92 highly successful startups.
About the Competition
The Accelerate Michigan Innovation Competition – North America's largest business competition – is an international business contest aimed at fostering entrepreneurial growth throughout Michigan's vibrant business community. The competition is focused on two tracks: International and US businesses relocating to Michigan and Michigan collegiate students. Eligibility for competition submission must fall under one the following categories:
- Information Technology (IT)
- Alternative Energy
- Advanced Materials
- Next Generation Manufacturing
- Life Sciences
- Medical Devices
- Advanced Transportation
- Consumer Products & Services
"We in Michigan take extreme pride in our higher-education system, especially the impact our students are having on driving innovation and entrepreneurship in the state," said Jeff Mason, Executive Director for the University Research Corridor. "Our students are essential to Michigan pushing forward as the driving force behind high-tech innovation in the Midwest. With the help of Accelerate MI, the world's next big entrepreneurial stars may very well rise from the likes of East Lansing, Ann Arbor, and our beloved city of Detroit."
- Submission deadline for established start-ups has passed as of August 15, 2012
- Applications for student-led projects are due by September 27, 2012
- Semi-final investor pitches will begin on November 14, 2012 at the Westin Book Cadillac in downtown Detroit.
- The Competition Finals and Gala Awards Celebration will be held the evening of November 15, 2012 at Detroit's historic Orchestra Hall, where AMIC and its partners will award more than $1 million in cash prizes, along with millions more of in-kind awards, to those businesses showing the most promise.
This year's judging panel will include experts from Michigan-based investment firms, companies and universities, as well as national and regional investors and venture capitalists. In addition to prizes, competition participants will have access to Michigan's entrepreneurial eco-system, including wet labs, incubators and top talent from some of the world's leading research universities.
The Accelerate Michigan Innovation Competition is an international business competition offering more than $1 million in cash prizes, plus thousands in in-kind awards. The Accelerate Michigan Innovation Competition is a collaborative effort of the Business Accelerator Network for Southeast Michigan, the New Economy Initiative of Southeast Michigan and Accelerate Michigan. For more information, visit www.acceleratemichigan.org
Neuroscientists from Wayne State University and the Massachusetts Institute of Technology (MIT) are taking a deeper look into how the brain mechanisms for memory retrieval differ between adults and children. While the memory systems are the same in many ways, the researchers have learned that crucial functions with relevance to learning and education differ. The team's findings were published on July 17, 2012, in the Journal of Neuroscience.
According to lead author Noa Ofen, Ph.D., assistant professor in WSU's Institute of Gerontology and Department of Pediatrics, cognitive ability, including the ability to learn and remember new information, dramatically changes between childhood and adulthood. This ability parallels with dramatic changes that occur in the structure and function of the brain during these periods.
In the study, "The Development of Brain Systems Associated with Successful Memory Retrieval of Scenes," Ofen and her collaborative team tested the development of neural underpinnings of memory from childhood to young adulthood. The team of researchers exposed participants to pictures of scenes and then showed them the same scenes mixed with new ones and asked them to judge whether each picture was presented earlier. Participants made retrieval judgments while researchers collected images of their brains with magnetic resonance imaging (MRI).
Using this method, the researchers were able to see how the brain remembers. "Our results suggest that cortical regions related to attentional or strategic control show the greatest developmental changes for memory retrieval," said Ofen.
Read the full story here
University of Michigan scientists and doctors do some of the most advanced medical research in the world. But much of it wouldn't be possible without the thousands of people a year who volunteer their time, health information, blood, saliva, DNA or other samples to help those researchers better understand diseases and improve health outcomes.
Now, a $53 million grant will renew U-M's ability to support such research. The Michigan Institute for Clinical & Health Research has again secured a Clinical and Translational Science Award from the National Institutes of Health. The five-year grant renewal will provide U-M researchers with training, tools and services necessary to speed their search for new ways to diagnose, treat and prevent disease – and to involve even more research volunteers in their work.
Members of the public can help, by joining a registry of people who are willing to be contacted when a U-M researcher needs someone like them for a study. Right now, nearly 11,000 people – including many who have particular diseases and thousands more who are generally healthy – have signed up.
Anyone can register for free at www.umclinicalstudies.org
, and participation in any study is voluntary. That site also contains information about more than 420 U-M studies currently in need of volunteers.
Read the full story here.
Who said recovering from lung cancer surgery can't be a little fun? Michigan State University College of Nursing researcher Amy Hoffman has found a promising new way to help lung cancer patients reduce fatigue and get more exercise during their transition back home: Nintendo Wii.
"I always said I wouldn't have video games in my house," Hoffman says, "but when my son fell and broke his arm and had orthopedic surgery, my doctor said, 'Get him a video game.'"
Not only did Hoffman witness the Nintendo Wii help her son's recovery, but she also experienced the fun first hand when a group of colleagues got together to play a bowling game on the system.
"We know that exercise is the most effective way to treat fatigue," Hoffman says, "After playing I thought, 'You know, this might work.'"
Hoffman was able to find out with a $379,741 grant from the National Cancer Institute. Hoffman organized a pilot study that incorporated the use of the Nintendo Wii-Fit Plus to promote light-intensity, self-paced walking and balance exercise to address cancer-related fatigue. The gaming system allowed patients exercise at home without the barriers of travel or weather.
"The Wii has many different options on it, so it provides for some diversity," Hoffman says. "Some people like snowboarding and some like soccer, but it's all very light activity, and something they feel good about doing."
With positive results from the pilot study, Hoffman will now conduct a larger study. She hopes the new treatment will not only help the patients recover, but also begin a pattern of exercise that will continue their entire lives.
This story originally appeared in Capital Gains on July 25, 2012.
The U.S. Dept of Commerce has opened its first regional patent office in Detroit, a move that helps make the Motor City a leader in intellectual property and brings 120 new jobs to the city's riverfront area.
"It will enable our inventors to innovate faster, smarter and more effectively," David Kappos, director of the U.S. Patent and Trademark Office in Detroit, during the ribbon-cutting ceremony last week.
Detroit's U.S. Patent and Trademark Office
, formally known as the Elijah J. McCoy Office, is the first of four satellite offices. These offices will function as hubs of innovation and creativity, helping protect and foster American innovation by helping businesses cut through red tape. The hope is that these new offices will enable the creation of hundreds of highly-skilled jobs in each of their local communities.
The Detroit U.S. Patent and Trademark Office will employ 120 people in its first year of operations. The intellectual property experts in the office will work closely with entrepreneurs and help further reduce the backlog of patent applications and appeals. Reducing the backlog of patents and simultaneously speeding up the process will allow businesses to move their innovation to market more quickly, saving critical time and resources.
"These new employees are excited about the job of helping these new innovators," says Rebecca Blank, acting secretary of the U.S. Dept. Commerce.
This story originally appeared in Model D on July 17, 2012.
The University of Michigan has been selected to become one of a handful of nodes for the National Science Foundation's Innovation Corps.
The Innovation Corps
, I-Corps for short, is designed to fast-track more research from the lab to the real world. The 1-year-old program trains National Science Foundation-funded scientists and engineers on how to extend their focus beyond basic research and toward practical applications that have value in the marketplace. I-Corps got its start at Stanford in Silicon Valley.
U-M joins Stanford and Georgia Tech in offering the I-Corps workshops for research scientists and professors at top universities across North America. U-M will receive a $1.5 million federal grant to get the program off the ground over the next two years. Those two years have the potential to attract top entrepreneurial innovators at research universities across the country to Ann Arbor to take advantage of this program and the area's other entrepreneurial resources.
"We're not just teaching U-M researchers about entrepreneurship," Neal says. "We're teaching researchers from across the country."
This story originally appeared in Concentrate on July 25, 2012.
In an age of scrutiny, science is frequently called on to explain itself in practical terms. What's the value of the space program? Why does the discovery of the Higgs boson matter?
Wayne State University President Allan Gilmour addresses this fundamental question about research and discovery with eloquence:
"LEDs, advances in computer and video technology, improved artificial limbs, better tires, memory foam, freeze-drying, better food safety, powdered lubricants and improved firefighting equipment, among many other things, all can trace their roots back to the space program.
We are driven by a need to know, and we benefit in ways we cannot always anticipate. As Stephen Hawking observed, 'The great advances in physics have come from experiments that gave results we didn't expect.'
This is why we need research universities. We are in the business of discovery. Yes, our primary mission is to help students discover and attain their true potential. But we also create new knowledge, new products, and technologies that change the way we live."
Read the full essay here.
The Center for Positive Organizational Scholarship
at the University of Michigan's Ross School of Business
is the inaugural recipient of the Academy of Management's research impact award.
The award recognizes researchers or research centers that have had a major impact on management practice in the real world. The Center for Positive Organizational Scholarship was selected as the first winner of AOM Practice Theme Committee's Research Center Impact Award for its work in helping to create purpose-driven organizations and uplifting work environments.
"Producing research that influences academics is rewarding. Producing research that also impacts the world of practice is deeply satisfying," said Bob Quinn, faculty director of the center. "We are grateful to receive this recognition from the Academy of Management."
Read the full story here.
We're lucky to be surrounded by grand bodies of fresh water in Michigan. But such plenitude is rare for most the world. About one in eight people on earth lacks access to clean water, and more than 3.5 million die each year from water-related disease.
That's why researchers at Michigan State University are working toward ways to better manage natural resources, prevent pollution, predict the effects of modern-day influences, advance sustainable agricultural production and protect groundwater.
As shared in an article for MSU's AgBioResearch Futures
Magazine, scientists are pooling data on water quality in U.S. lakes, studying the effects of climate change and bioenergy production on water, developing technology that will turn agricultural waste into clean water and
clean energy, and more.
"We're always striving to take our research to the next level -- bring it out of the lab and implement it in the real world," says AgBioResearch scientist A. Pouyan Nejadhashemi. "We look at the application and try to develop a scenario to address that possibility or practicality rather than doing research only for the sake of research."
Read the full story here
Wayne State University School of Medicine
researchers, working with colleagues in Canada, have found that one or more substances produced by a type of immune cell in people with multiple sclerosis (MS) may play a role in the disease's progression. The finding could lead to new targeted therapies for MS treatment.
B cells, said Robert Lisak, M.D., professor of neurology at Wayne State and lead author of the study, are a subset of lymphocytes (a type of circulating white blood cell) that mature to become plasma cells and produce immunoglobulins, proteins that serve as antibodies. The B cells appear to have other functions, including helping to regulate other lymphocytes, particularly T cells, and helping maintain normal immune function when healthy.
In patients with MS, the B cells appear to attack the brain and spinal cord, possibly because there are substances produced in the nervous system and the meninges -- the covering of the brain and spinal cord -- that attract them. Once within the meninges or central nervous system, Lisak said, the activated B cells secrete one or more substances that do not seem to be immunoglobulins but that damage oligodendrocytes, the cells that produce a protective substance called myelin.
The B cells appear to be more active in patients with MS, which may explain why they produce these toxic substances and, in part, why they are attracted to the meninges and the nervous system.
The brain, for the most part, can be divided into gray and white areas. Neurons are located in the gray area, and the white parts are where neurons send their axons -- similar to electrical cables carrying messages -- to communicate with other neurons and bring messages from the brain to the muscles. The white parts of the brain are white because oligodendrocytes make myelin, a cholesterol-rich membrane that coats the axons. The myelin's function is to insulate the axons, akin to the plastic coating on an electrical cable. In addition, the myelin speeds communication along axons and makes that communication more reliable. When the myelin coating is attacked and degraded, impulses -- messages from the brain to other parts of the body -- can "leak" and be derailed from their target. Oligodendrocytes also seem to engage in other activities important to nerve cells and their axons.
The researchers took B cells from the blood of seven patients with relapsing-remitting MS and from four healthy patients. They grew the cells in a medium, and after removing the cells from the culture collected material produced by the cells. After adding the material produced by the B cells, including the cells that produce myelin, to the brain cells of animal models, the scientists found significantly more oligodendrocytes from the MS group died when compared to material produced by the B cells from the healthy control group. The team also found differences in other brain cells that interact with oligodendrocytes in the brain.
"We think this is a very significant finding, particularly for the damage to the cerebral cortex seen in patients with MS, because those areas seem to be damaged by material spreading into the brain from the meninges, which are rich in B cells adjacent to the areas of brain damage," Lisak said.
The team is now applying for grants from several sources to conduct further studies to identify the toxic factor or factors produced by B cells responsible for killing oligodendrocytes. Identification of the substance could lead to new therapeutic methods that could switch off the oligodendrocyte-killing capabilities of B cells, which, in turn, would help protect myelin from attacks.
The study, "Secretory products of multiple sclerosis B cells are cytotoxic to oligodendroglia in vitro," was published in the May 2012 edition of the Journal of Neuroimmunology and was recently featured in a National Multiple Sclerosis Society bulletin. Other WSU researchers involved in the study include Joyce Benjamins, Ph.D., professor and associate chair of neurology; Samia Ragheba, Ph.D., assistant professor of neurology and immunology & microbiology; Liljana Nedelkoskaa, research assistant in neurology; and Jennifer Barger, research assistant in neurology; as well as researchers at the Montreal Neurological Institute and McGill University in Montreal. The research was supported by a National Multiple Sclerosis Society Collaborative MS Research Center Award, the Canadian Institutes of Health Research and the Multiple Sclerosis Society of Canada.
Robert Rivkin, General Counsel of the U.S. Department of Transportation, was in East Lansing today to announce a $6.28 million grant to the Capital Area Transportation Authority, in partnership with Michigan State University and the City of East Lansing. Funding will be used for the Capital Area Multi-modal Gateway Project to renovate the East Lansing Amtrak Station, which will serve as the transportation gateway to Michigan's capital city region. The project's total estimated cost comes to $10.48 million, with local matches provided by the Michigan Department of Transportation and Amtrak in the amount of $500,000 each, and MSU via a long-term land lease of the property, valued at $3.2 million.
"This station provides a vital link for thousands of students and local commuters who pass through here every day to board a bus, hop a bike, or take a train," said Rivkin. "This is a great win for the Greater Lansing region, bringing an essential facility into the modern age, making it accessible for people with disabilities, improving safety for pedestrians and, above all, restoring a measure of civic pride to all who pass through here."
After six attempts, the project was finally approved by the Federal Transit Administration for fiscal year 2012.
"This project will provide the infrastructure necessary to create a vibrant community with jobs, improved housing, and an enhanced multi-modal transportation system," said Sandy Draggoo, CATA CEO/Executive Director. "These are long-awaited upgrades for the station. This is very good news for CATA, MSU and the City of East Lansing."
Community leaders echoed Draggoo's sentiments.
"As a community that has a long history of embracing alternative forms of transportation, news of the Capital Area Multi-modal Gateway project funding is extremely exciting," said East Lansing Mayor Pro Tem Nathan Triplett. "This new facility will not only add to the livability in the Greater Lansing region, it will also serve as a catalyst for economic growth in our East Lansing-MSU community. We are pleased to see the positive outcome of this partnership between CATA, MSU and the City of East Lansing."
Fred Poston, MSU vice president for finance and operations, added, "This facility will be a tremendous benefit for MSU. Student use of mass transit is at an all-time high, as evidenced by the fact that this station and this line is the fastest growing in Michigan. In addition, it's particularly important that the MSU community have good connections to both Detroit and Chicago, something this enhanced facility will provide."
The Federal Transit Administration also announced funding awards last week for six other projects in Michigan totaling $46.7 million.
Another part of the entrepreneurial infrastructure is going up in Detroit: Motor City Innovation Exchange.
The new entity will capitalize on a partnership between Ford, TechShop, AutoHarvest Foundation and TechTown to create another pipeline of start-ups in the region. The bottom line is to connect people with ideas for new technologies and products with the tools they need to commercialize them.
"This will really accelerate the deal flow," says Leslie Smith, president & CEO of TechTown. "It should really fill up our pipeline of start-ups."
The Motor City Innovation Exchange will build a marketplace for licensing technological innovation from local start-ups across and beyond the auto industry and aspiring entrepreneurs. Entrepreneurs will be able to utilize the group in the partnership, like Ford's intellectual property and Detroit-based nonprofit AutoHarvest Foundation. Ford Land is now offering the Jump Start program to provide more affordable work/hacker space along with support to help spur job-creating businesses
"As we pilot through this program we can focus our efforts on our innovation pipeline," Smith says.
Source: Leslie Smith, president & CEO of TechTown
Writer: Jon Zemke
This story originally published in Model D on June 5, 2012.
Doug Rimatzki knows what it's like to work for big corporations in the bio-tech and life science sectors. Now Rimatzki is helping other Ann Arbor-based entrepreneurs figure out what its like to be their bosses with his own company, EntreMentor.
Rimatzki is working with the University of Michigan's Office of Tech Transfer
to help develop bio-tech firms, specifically those in the medical device sector. His brand-spanking-new start-up is the vehicle for that, and also an outlet for Rimatzki's own entrepreneurial ambitions.
"I thought I would give it a shot for a while and see how it goes," Rimatzki says. "More than anything else I want to see these companies I am helping grow."
EntreMentor is currently working with a handful of bio-tech clients that are trying to commercialize technology developed at the University of Michigan. Rimatzki expects to grow his client portfolio in his firm's first year, and add an employee or two.
"I hope to bring on some additional consultants," Rimatzki says. "I have some people in mind."
Source: Doug Rimatzki, director of EntreMentor
Writer: Jon Zemke
This story originally published in Concentrate on June 27, 2012.
Things are looking up for Lansing, where a few major developments signaled the strength of the city's higher education institutions and its technological direction.
The Facility for Rare Isotope Beams (FRIB) will have federal support, according to U.S. Energy Secretary Steven Chu. Davenport University will locate a new campus in downtown Lansing. And the U.S. Department of Health and Human Services awarded $220 million to Lansing-based Emergent BioSolutions, Inc., for the development of vaccines against pandemics and chemical agents of bioterrorism.
Opines the Lansing State Journal:
"Undoubtedly, the FRIB at MSU will create business technology spinoffs and attract world-class talent.
This is precisely what is happening at Emergent BioSolutions. The contract to produce vaccines involves a partnership with MSU as well as Kettering University in Flint. While much of the work will be done at Emergent BioSolutions' Maryland facilities, a share of the work will come here. It is precisely this degree of partnership with universities like MSU that the heralded University Research Corridor seeks to exploit. The collective brand promotes the extraordinary depth of expertise residing at the universities stretching across southern Michigan — talent in high demand by technology and medical industries."
Read the full story here.
For as much as medical science has advanced, the amount of information researchers are still learning about the human body is astounding. For example, we know that antibiotics fight bad microbes in the body and probiotics can encourage the good ones to work better, but until recently, no one had a complete picture of all of the microbes – good and bad – at work in the human body.
But they do now. Thanks to the National Institute of Health's Human Microbiome Project Consortium, including Michigan State University Professor of Microbiology and Molecular Genetics, Tom Schmidt, has created the first census for microbes living within healthy adults. Their research found the human body’s collection of microbes includes 100 trillion good bacteria, creating their own unique microbiome. The project estimates between 81 to 99 percent of all microbial species in the human body have been identified.
According to Schmidt, creating the census is a major step toward truly understanding the inner workings of the human body.
"The first step is just to determine who is there," he says, "[and] what microbes are present consistently in the body at different sites."
The study also found that nearly all humans carry pathogens, or microbes that cause illnesses. In healthy people, they coexist peacefully. The next step for researchers is to determine why some pathogens turn deadly.
"We've just begun to answer the question of who is there," says Schmidt, "now we have to understand what they're doing. We have some general ideas, but when it comes to more specifics, we just don’t know."
This story originally published in Capital Gains on June 20, 2012.
"We're at the stage where we are ready to go to the next level," says Jim Eliason, president & CEO of MitoStem
. "This is going to help a lot."
The life sciences start-up is also waiting for approval for the second phase of its Small Business Innovation Research federal grant. MitoStem's approval for the research funding worth about $1 million over two years could could as soon as this summer.
The TechTown-based firm was spun out of Wayne State University. Its developing technology specializes in turning human adult cells into "pluripotent" cells that can be used to replace damaged tissue cells in that same individual. Think of the technology as having the ability to turn regular cells into stem cells.
The $100,000 award will help MitoStem further the development of its technology by buying equipment and paying for intellectual property legal work. It is currently selling some of its services to the likes of Henry Ford Hospital and other local health-care centers as it continues to develop the technology.
"We're not ready to release that as a product," Eliason says. "We're hoping to launch it as a service later this year."
Eliason is a veteran biotech entrepreneur who played an integral role in the start-up success of publicly traded Asterand, the world's largest supplier of human tissue samples and TechTown's first official tenant. He also is the director of the Great Lakes Stem Cell Innovation Center, a novel laboratory in which multiple TechTown life sciences and regenerative medicine start-ups like MitoStem can cost-effectively share space and collaborate to accelerate the pace of technology transfer and commercialization.
MitoStem is four years old and has grown to two employees and five interns. Eliason expects to hire a sales team to help sell the start-up's services a year from now.
Source: Jim Eliason, president & CEO of MitoStem
Writer: Jon Zemke
This story originally published in Model D on June 26, 2012.
The new partnership will help 20 Master's of Urban Pedagogy students at U-M who are also working as teachers in Detroit for Teach for America think more like small business owners when they return to their classroom this fall. The idea is that a start-up mentality will help bring innovation and problem-solving to urban classrooms.
"The entrepreneurial mindset is how do you approach problems with limited resources and drive change," says Moses Lee, assistant director for student ventures at the university's Center for Entrepreneurship.
Typical problems for Teach For America teachers range from poor communication within the school to lack of parental participation to chronic truancy. The new partnership at U-M will provide a week-long workshop that will focus on the ideas behind social entrepreneurship, such as how to identify problems, assess needs, solicit feedback from customers, solve problems in creative ways and execute a solution with limited resources.
"We're hoping the teachers will feel empowered to bring these methods to Detroit," Lee says. "We hope they will be inspired to try new things.
Source: Moses Lee, assistant director for student ventures at the University of Michigan's Center for Entrepreneurship
Writer: Jon Zemke
This story originally appeared in Concentrate on June 27, 2012.
A year ago, Adventure Club Games
set up shop in East Lansing's Technology Innovation Center and started working on small projects for Michigan State University staff and departments to which the four founders and MSU grads had connections. This spring, the startup has launched the first known interactive museum exhibit utilizing the Microsoft Kinect platform for the Union Pacific Railroad Museum located in Council Bluffs, Iowa.
"It's pretty exciting," says ACG co-founder Mike Rossi. "It's a unique exhibit because when they first approached us, they said they’d heard of Microsoft Kinect and would love to utilize it in their museum."
The ACG team had in fact already discussed their interest in creating games on the Kinect platform, and had never heard of it used in a museum exhibit. To their knowledge, the transcontinental railway game now in use at the Union Pacific Railroad Museum is the first. It allows players to experience what it was to build the First American Transcontinental Railroad by performing such tasks as carrying ties and driving spikes.
"We wanted to make it easily accessible," says Rossi, "but the thing we've seen people do is things like lower their hands all the way down to the floor, even though they don't have to. People are really getting into to it, and learning how it was done."
AGS has already expanded their workspace in the TIC from a small cubicle into a larger area, and foresee continued growth in the future with new projects already underway.
This story originally appeared in Capital Gains on June 13, 2012.
DeNovo Sciences, a Michigan startup, and PicoCal, an Ann Arbor-based company, have become the first recipients of the state's Small Company Innovation Program (SCIP) grants through the Michigan Corporate Relationship Network
The SCIP was created to help small Michigan companies attack technological and commercialization issues by providing them access to top research university resources and talent that they otherwise would not be able to afford. Through a competitive process, MCRN will award SCIP grants for this round of funding to:
DeNovo Sciences, In., in the amount of $27,750
SCIP funds will support research at WSU for the development of a leading-edge technology that will provide a less-invasive alternative ti biopsies via a novel microfluidic device to detect Circulating Tumor Cells in blood.
PicoCal, Inc., in the amount of $40,000
SCIP funds will support research at U-M to improve the manufacturing process of nano-structured materials and nano devices. This research has potential to benefit nanotechnology-based applications for science, healthcare, energy, and the environment.
"The Small Company Innovation Program grantees will help to advance research and technology development in our state while building long-lasting relationships with Michigan universities," said Mike Finney, CEo of MEDC. "We look forward to supporting research projects through SCIP that will help to accelerate the business development goals of Michigan companies."
Researchers from Wayne State University, Michigan State University and the University of Michigan were involved in the historic search for the Higgs Boson. The discovery of the particle that gives mass to matter was announced on July 4.
A group of physicists at Wayne State have been involved in the project for 10 years, conducting complementary research at the Collider Detector at Fermilab. Said Dr. Robert Harr, professor in WSU's Department of Physics and Astronomy, in an article for HuffPost Detroit
: ""I feel fantastic. To finally convince ourselves that this is the Higgs boson will take more work, but the results themselves are just fantastic."
At Michigan State University, assistant professor Wade Fisher
has coordinated the research of the Fermilab Higgs searches through his role directing the DZero team and convening the Tevatron Higgs Working Group where the two Tevatron experiments – DZero and CDF – work to combine search results. (DZero is an international experiment conducted by 446 physicists from 82 institutions in 18 countries.)
More than a dozen University of Michigan researchers and graduate students
were involved in the search for the Higgs. Michigan researchers, with help from more than 60 undergraduates, also played leading roles in designing and building components of ATLAS, one of the two detectors used in the Higgs search.
One Michigan professor even won a bet with Stephen Hawking that the Higgs would be discovered. Theoretical physicist Gordon Kane will be $100 richer after Hawking conceded defeat during an interview with the BBC.
Minimally invasive surgery done with robotics isn't as simple and cheap as it sounds. It's a quandary the co-founders behind FlexDex are looking to help solve with their new surgical technology.
The University of Michigan spin-out is developing a surgical tool that provides high dexterity, intuitive control and natural force feedback while emphasizing ergonomics and affordability. Its claim to fame is delivering enhanced functionality through a simple mechanical hand-held tool that is significantly more cost effective than the complex, multi-million dollar robotic tools that can work at a similar level of precision.
"FlexDex is a minimally invasive surgical technology that provides enhanced dexterity and surgical control at an affordable price," says Shorya Awtar, who co-founded FlexDex with James Geiger.
The Ann Arbor-based start-up has recently hired a CEO, Rob Barrow, to expand its staff to three people and is starting to raise seed capital to commercialize it technology. It has a prototype but is aiming to have a finished market prototype and begin clinical trials within the next year.
FlexDex recently pitched its technology at the Michigan Growth Capital Symposium. There its executive team also boasted that the new technology leads to less pain in patients, fewer infections and shorter hospital stays.
"The benefits to the patient are significant," Awtar says.
Source: Shorya Awtar, CTO & co-founder of FlexDex
Writer: Jon Zemke
?This story originally published in Concentrate on May 23, 2012.
The research community at the University of Michigan has come up with a simple solution to help fund research that is both high-risk and high-reward - MCubed
The initiative will make $15 million worth of funding available to professors who choose to collaborate. To qualify, at least three researchers from different disciplines need to come up with an idea and agree to work together.
"We wanted something that was very simple and broad so we took this token approach," says Alec Gallimore, professor of aerospace engineering at the University of Michigan and associate dean for research and graduate education at the university's College of Engineering
MCubed is a first-of-its-kind program that promises to provide real-time research funding through a simple mechanism. The idea is to create a modern alternative to the traditional year-long government grant review process while encouraging bold research.
"We have almost 100 top-10-ranked programs at the university," Gallimore says. "That puts us in a place with only a few other institutions. Few institutions have the breadth and depth we do."
Source: Alec Gallimore, professor of aerospace engineering at the University of Michigan and associate dean for research and graduate education at the university's College of Engineering
Writer: Jon Zemke
?This story originally published in Concentrate on May 16, 2012.
Though we don't spend too much time worrying about tuberculosis (TB) here in the United States, its worldwide infection rate of one in three people suggests it’s a disease worth more consideration. In fact, TB kills 1.7 million people every year. What's more, because the drug regimen for treating TB is so lengthy, patients often stop taking their medicine early, resulting in the development of drug-resistant TB.
"We have TB contained here in North America, but if drug-resident TB were to show up here, we'd have a problem,'' says Robert Abramovitch of MSU's Department of Microbiology and Molecular Genetics.
Fortunately, Abramovitch does spend a lot of time worrying about TB. He's been working with the disease for about six years, and has now developed an innovative new way to identify possible new treatments.
"I build strains of TB that are biosensors," says Abramovitch. "They glow in response to conditions they would experience during a human infection. If we can find a drug to stop the biosensor from glowing, that compound might have the ability to help treat the disease."
The glowing biosensor is so promising that Abramovitch was awarded a $100,000 Grand Challenges Explorations grant by the Gates Foundation to continue with his research. He'll now use the biosensors to screen 265,000 chemical compounds. Abramovitch hopes to find 40 to 50 compounds that impede the sensor's glow, on which he would then conduct further research with the goal of developing a new TB drug.
This story originally published in Capital Gains on May 23, 2012.
The world's rubber supplies are in peril, and automobile tire producers are scrambling to seek alternative solutions.
Tom Sharkey, chairperson of the Michigan State University biochemistry and molecular biology department, believes isoprene, a gas given off by many trees, ferns and mosses, could be a viable option. Some plants use it as a mechanism to tolerate heat stress as opposed to most crops, which stay cool through evaporation.
Sharkey's research team already has measured rates of isoprene emission from plants that are used by the Environmental Protection Agency to predict lower-atmosphere ozone levels. His team also has created models to measure how much isoprene plants release on a global scale. Given the amounts of isoprene made by plants, finding a way to produce a synthetic version for the rubber industry seemed like the next logical step, Sharkey said.
"I’ve found that isoprene research is irresistible," he said. "Once it was clear how much isoprene trees and plants produce and how biologically produced isoprene could be a key ingredient in making tires, it was natural to wonder if we could produce isoprene on a commercial scale."
Read the full story here.
Downtown Detroit tech firm Urban Science
, theRehabilitation Institute of Michigan
and Wayne State University are partnering to create a new health-care innovation start-up, Life Beyond Barriers
The new start-up, which calls the Renaissance Center home, combines health-care, research, engineering and entrepreneurship into sort of clearing house for innovative new technologies for the health-care field. The idea is to help people from around the world overcome everyday physical challenges.
"We're focusing on the health-care industry initially," says Blake Mathie, vice president of operations for Life Beyond Barriers. "The focus is to work with the people working in humanitarian systems. Health-care is one of them."
Life Beyond Barriers allows healthcare providers, caregivers, those with disabilities and others to submit challenges and product ideas for research and development consideration on a rolling basis. The start-up's three-person team will design, engineer and develop a solution for selected submissions, produce it and market the invention.
"We're trying to develop product solutions to help people," Mathie says. "We're also trying to develop companies to help people."
Mathie expects Life Beyond Barriers to deliver its first products next year. It is currently working with local hospitals and research institutions to develop new technologies that help people suffering from diabetes and healing wounds.
Source: Blake Mathie, vice president of operations for Life Beyond Barriers
Writer: Jon Zemke
?This story originally published in Model D on May 15, 2012.
Wayne State University has collaborated with an international team of astronomers using data from the European Space Agency's (ESA) XMM-Newton satellite that has identified a long-sought X-ray "echo" that promises a new way to probe supersized black holes in distant galaxies. Edward Cackett, Ph.D., assistant professor of physics and astronomy in WSU's College of Liberal Arts and Sciences, was closely involved in analyzing data, interpreting results and writing the paper recently released on this discovery.
Most big galaxies host a big central black hole containing millions of times the sun's mass. When matter streams toward one of these supermassive black holes, the galaxy's center lights up, emitting billions of times more energy than the sun. For years, astronomers have been monitoring such "active galactic nuclei" (AGN) to better understand what happens on the brink of a monster black hole.
"Our analysis allows us to probe black holes through a different window. It confirms some long-held ideas about AGN and gives us a sense of what we can expect when a new generation of space-based X-ray telescopes eventually becomes available," said Abderahmen Zoghbi, a postdoctoral research associate at the University of Maryland at College Park (UMCP) and the study's lead author.
"This is a real breakthrough in the study of black holes at the centers of galaxies," said Cackett. "Just as one can estimate the size of a cavern by listening to sound echoes, here, we can measure the size of the region around the black hole through observing light echoes. This will allow us to map what is happening extremely close to a black hole."
Read the full story here.
Michigan is the birthplace of the modern automotive industry, where the automobile was catapulted from a novel product to an everyday necessity. From the beginning, intense competition, increasing consumer demands, governmental safety and environmental regulations constantly posed new challenges.
The way that automakers respond to these challenges is through innovation — improving their designs, manufacturing processes, logistics, or other business practices.? And the world-class research institutions located here have created a pool of talent and know-how that has attracted both domestic and international companies.
Join a panel of automotive industry, economic and university experts as they discuss "the new auto," and how the talent pipeline and cutting-edge innovation happening at our top research institutions can move our state's economy and the industry forward.
June 14, 2012
Management Education Center?, The Eli Broad Graduate School of Management?.
811 W. Square Lake Rd., ?Troy, MI 48098
7:30 - 8:45 am
- Registration and networking
- Opening remarks
9 - 10:15 am
- Panel discussion
10:20 - 11:00 am
- Chester Elton, motivational expert
Dr. Christopher Borroni-Bird, Director of Advanced Vehicle Concepts and EN-V program, General Motors
Amy Cell, Senior Vice President for Talent, Michigan Economic Development Corp.
Garth Motschenbacher, Director of Employer Relations, College of Engineering, Michigan State University?
Peter Sweatman, Director, Transportation Research Institute, University of Michigan
Jerry Ku, College of Engineering, Wayne State University
This event is free. Register here.
Presidents Mary Sue Coleman (University of Michigan), Allan Gilmour (Wayne State University) and Lou Anna Simon (Michigan State University) spoke with Paul W. Smith of WJR at the Mackinac Policy Conference (May 29 - 31, 2012).
The Presidents discussed URC's impact on the auto industry as revealed in the automotive sector report released by Anderson Economic Group as well as the history of URC and its importance to Michigan's future in terms of talent development, innovation, and entrepreneurship.
You can listen to the broadcast here
A new report shows that TechTown, the small business accelerator, has helped grow 647 small businesses and create 1,085 new jobs between 2007 and 2011.
"We know that over the course of these 3.5 years we have developed some systems that work very well for incubating companies," says Leslie Smith, president & CEO of TechTown.
TechTown principal feature is 100,000-square-foot small business incubator in New Center. It has a number of other business-building programs that help existing business grow and aspiring entrepreneurs make their business ideas a reality. TechTown currently provides services and office space to about 225 companies.
The new "impact report" was conducted in-house by TechTown. It shows that participating companies and entrepreneurs (about 2,200 people) in its programs have expanded their combined revenues from $41 million in 2010 to $52 million in 2011. TechtTown has also invested $790,000 directly into its client companies through its TechTown Loan Fund.
"Now that some of these companies are two, three, four years old, you will see some significant hob growth," Smith says.
She adds that TechTown would like to narrow its focus a little emphasizing more tech firms. Currently about 20 percent of TechTown's participating companies are tech firms. Smith hopes to expand that number to 35 percent within the next few years. She also hopes to expand the business accelerator's reach further out to the city's neighborhoods by partnering with the local neighborhood economic development organizations.
A key component in making all of this happen are the widely expanded seed capital options in the city. Microloan funds, angel investors and venture capital firms have provided a variety of funding options that helping bring more small businesses online faster.
"There is more entrepreneurial capital in play today than there was even three years ago," Smith says.
Source: Leslie Smith, president & CEO of TechTown
Writer: Jon Zemke
?This article originally appeared in Model D on April 3, 2012.
Work will begin this summer on a new $93 million, 200,000 square-foot biomedical research center in Detroit. It will be the largest construction project in Wayne State University history and is expected to create a hub for hundreds of researchers in cardiovascular disease, metabolic disorders, hypertension and obesity, bioinformatics and computational biology and biomedical engineering.
The complex, close to TechTown, Henry Ford Health System, and the Detroit Medical Center, creates a major tech incubator in Midtown's "innovation corridor" and is designed to establish collaborative partnerships.
Read more here.
Call it a comeback: In three years, Michigan's unemployment numbers have improved faster than almost any state in the nation, and the state's historically strong manufacturing sector has rebounded -- and re-committed to the region, anchored by a major investment from GE, writes Jeff Mason, executive director of the University Research Corridor.
It's a model that other states can learn from:
"At the height of this recession in June 2009, when most businesses were shedding workers and many political leaders were not sure which way was up, GE placed a bet on our state. They announced they would not only maintain operations, they would invest tens of millions of dollars in long-term growth and expansion. As CEO Jeff Immelt explained: 'I believe that Michigan can partner with GE to create the next wave of economic progress.'
... Through a combination of resolve, creative thinking and cooperation between public and private entities, GE's leaders not only helped to stop the bleeding, but breathed new life into our future. Michigan's strong education system provided skilled workers ready to stand on the front lines of 21st century industries. Taking a cue from Immelt's mantra that 'companies like GE never travel alone,' state and local governments did everything we could to extend a hand, in changing the narrative and luring investments in-state -- and we were right."
Read the full story here.
Can a car really get 3,300 miles to the gallon? The University of Michigan's Supermileage Team is on its way to proving it can —with a lawnmower engine.
The new student team will compete in its first competition this summer, the SAE International Supermileage Challenge, in Marshall, Mich.The competition challenges student teams to design and construct a single-person, fuel-efficient vehicle with a small four-stroke engine.
The team's goal this year is to beat the North American record of 3,169 miles per gallon, and to better it by reaching 3,300 mpg.
"Fuel efficiency is one of those issues prevalent in society today," said chief engineer and co-founder Brett Merkel, a senior in mechanical engineering. "The technology we're coming up with can have far-reaching effects, and be implemented in just a few years."
In fact, that process has already begun. The fuel injection system, designed by mechanical engineering student and team member Lihang Nong for the team's vehicle, is now the focus of a start-up called PicoSpray. The company won the $20,000 second prize in the Michigan Clean Energy Venture Challenge earlier this year, and it was selected to spend the next term as a tenant in the U-M student business incubator TechArb.
Read the full story here.
Sometimes knowing your weaknesses is a strength. That's what the founders of STEL Technologies are finding out after winning Ann Arbor SPARK's Entrepreneurial Boot Camp.
Ellen Arruda and Lisa Larkin, professors at the University of Michigan and co-founders of STEL Technologies, are working to commercialize technology that turns tissue grafts into replacements for the ACL, the central ligament in the knee. Ann Arbor SPARK's Entrepreneurial Boot Camp not only showed the budding entrepreneurs that the technology has a bright future but it needs more than just academics to turn it into a reality.
"It was a complete eye opener for me and my team," Arruda says. "We are not business people. We learned most importantly what a CEO would do for this company."
The 1-year-old start-up spinning out of the University of Michigan is now looking for a CEO-type of business person to help shepherd the technology to commercialization. The company and its team of five people believe they can get their research-proven technology to be used in veterinary care within the next year or two as it works toward approval for using the technology in humans.
"The regulatory path is less arduous for pets," Arruda says. "Dogs are tearing their ACLs to the tune of 1.4 million surgeries per year."
Source: Ellen Arruda, co-founder of STEL Technologies
Writer: Jon Zemke
?This story originally appeared in Concentrate on April 25, 2012.
As of today, about 21,000 tons of manure and 1,500 tons of food waste are generated every year at Michigan State University. Those numbers are likely to stay the same in the future, but what happens to all that waste is about to change. MSU's Department of Biosystems and Agricultural Engineering
is about to begin work on a $5 million anaerobic digester, which will not only help re-use waste, but will also create energy for on-campus buildings.
"This really addresses the three main missions of the university: teaching, research and outreach," says Manager of MSU's ADREC, Dana M Kirk, Ph.D. "This system will provide us the opportunity to have a commercial-scale classroom for our students."
Kirk hopes to have the digester up and running sometime in 2013. MSU expects the digester to generate enough energy and revenue to pay for itself in less than 15 years – all the while preventing organic waste from going to landfills.
The anaerobic digester will be a sealed tank that is deprived of oxygen. Organic waste inside will be degraded at a temperature that will allow the waste material to decompose quickly, producing methane that can be used as fuel. Digesters are widely used in Europe, but aren't as common in the US. Kirk hopes MSU's will help to change that.
"It's something that farms or smaller communities in the state could look at and say, 'we could do this too,'" says Kirk. "This is an opportunity to really take a step forward and be a national and international leader in anaerobic research and education."
Kirk estimates one full- and one part-time employee will be required to operate the digester when it is up and running.
This story originally appeared in Capital Gains on April 25, 2012.
MSU's new four-story, 90,000-square-foot Molecular Plant Sciences Building isn't just another campus facility; it's a new bridge between the Plant Science and Plant and Soil Sciences buildings that will bring together basic research departments with applied research departments to become the location of some of the world's premier plant-science research.
"To maintain our leadership in the plant sciences, the Molecular Plant Sciences Building will help us recruit top quality faculty to MSU," says Director of the MSU BioEconomy Network Douglas A. Gage, Ph.D., "and we have every expectation that new multidisciplinary grant activity will be created from the faculty interactions that will occur in the new space."
The grand opening for the $45.3 million development was held last week. The building includes a teaching auditorium, an atrium, a bioinformatics suite, as well as offices, conference rooms and flexible laboratory space. The building's lower level will contain space for state-of-the-art growth chambers.
"Plant Science at MSU is one of our most nationally and internationally prominent research areas, with over eighty faculty in ten departments," says Gage. "The MPSB is the first research building on campus with an open, flexible architecture designed to promote interaction. The initial ten faculty labs that will occupy the building come from six departments and two colleges representing a variety of laboratory-based plant science disciplines."
Work on the Molecular Plant Sciences Building Michigan-based architecture and engineering firm, SmithGroup, and the construction was managed by the Lansing firm, the Christman Company.
?This story originally appeared in Capital Gains on April 18, 2012.
"Go State," writes University of Michigan president Mary Sue Coleman in an op-ed for the ?Lansing State Journal.
No, really. Michigan State's win of federal funding for FRIB (Facility for Rare Isotope beams) is a win for all of Michigan's research universities -- and for the entire state.
"MSU's proposal for FRIB had the full support of Wayne State and U-M, and that the facility is being built in East Lansing is a major coup for our state. There was intense national competition for this project, and we threw ourselves behind Michigan State, because this facility will benefit our entire region.
Basic research of the type that FRIB will undertake — and which researchers carry out every day on our campuses and beyond — expands the frontiers of science. It is the stuff of important breakthroughs, some with commercial value, others answering deep intellectual inquiries about the nature of the universe."
Read the full op-ed here.
A consortium between Michigan State University, Lakeshore Advantage, Prima Civitas Foundation, and the NewNorth Center will collectively receive $580,000 in EDA funding plus $500,000 from the Michigan Economic Development Corporation to create a "Proof-of-Concept Center for Green Chemistry Scale-up."
The proof of concept center, one of six winners of the EDA's i6 Green Challenge, will be located in MSU's Bioeconomy Institute in Holland. The center will help support the i6’s mission of driving technology commercialization and entrepreneurship in support of a green innovation economy, increased U.S. competitiveness, and new jobs.
The center will support emerging technology-based ventures as they mature and demonstrate their market potential, making them more attractive to investors and helping entrepreneurs turn their ideas and innovations into businesses, said MSU President Lou Anna K. Simon.
Read the full story here.
Thomas F. Guarr, Ph.D., has been named research and development director for Michigan State University's Bioeconomy Institute in Holland, Mich. Guarr, formerly vice president of chemical research for Gentex Corporation and a faculty member at the University of Kentucky, will work to build a vibrant research portfolio at the institute to assist Michigan's economic diversification and attract both private sector and government collaboration and funding.
The R&D director's position will be supported by the interest income from a $5.2 million endowment fund raised and administered by the Community Foundation of the Holland/Zeeland Area. A selection committee comprised of MSU and Holland community representatives and chaired by Michael F. Thomashow, an MSU University Distinguished Professor and member of the National Academy of Sciences, chose Guarr after a national search. In the general leadership of the institute, Guarr will work with Operations Director William Freckman, who oversees pilot plant operations, tenant relations, and infrastructure development.
Read the full story here.
Entrepreneurs and small businesses can now apply for a range of subsidized business support and chemical production scale-up services from the MSU Bioeconomy Institute in Holland, Mich. The support and services are funded through an Economic Development Administration i6 Green "Proof of Concept Center" grant.
Companies may apply for support in developing a broad spectrum of emerging "green" technologies, including those using bio-based starting materials, those using less energy or producing less environmental impact, those creating environmentally useful or more benign end products, and those enabling enhanced recycling of products and wastes. The U.S. Environmental Protection Agency is providing supplemental support specifically for water purification efforts within the project.
Learn more about i6 here
Michigan Biotechnology Institute (MBI) announced a successful pilot campaign for the BioAcrylic process created by OPX Biotechnologies Inc. (OPXBIO), demonstrating successful scale upof the fermentation process at the 3,000-liter scale.
BioAcrylic is a renewable alternative to petroleum-based acrylic acid, for which there is a $10 billion market, including in such products as diapers, detergents, paints and adhesives. OPXBIO has partnered with The Dow Chemical Company to bring BioAcrylic products to the market.
Read the full story here.
The University of Michigan's first human embryonic stem cell line will be placed on the U.S. National Institutes of Health's registry, making the cells available for federally-funded research. It is the first of the stem cell lines derived at U-M to be placed on the registry.
The line, known as UM4-6, is a genetically normal line, derived in October 2010 from a cluster of about 30 cells removed from a donated five-day-old embryo roughly the size of the period at the end of this sentence. That embryo was created for reproduction but was no longer needed for that purpose and was therefore about to be discarded.
Read the full story here.
For the second straight year, the University of Michigan ranks first in research and development spending among the nation's public universities, according to the latest numbers from the U.S. National Science Foundation.
The annual rankings, released by the federal agency this week, show U-M atop the R&D expenditures list for public universities and behind only Johns Hopkins University on the list of all U.S. universities and colleges. The latest NSF rankings cover fiscal year 2010.
R&D spending at U-M increased 18.3 percent between fiscal years 2009 and 2010, up from 14.9 percent growth the previous fiscal year. For comparison, Johns Hopkins' research spending grew 8 percent between 2009 and 2010, while the third-ranked university, University of Wisconsin-Madison, grew 8.6 percent.
Read the full story here.
TechTown, Wayne State University's business incubator and research park, continues to play an important role in Detroit's economic revitalization, according to a new report issued by the organization this month. The "impact report" highlights milestone achievements in entrepreneurship and economic activity between 2007 and 2011 in and around the City of Detroit.
TechTown currently supports 250 companies in industries ranging from the life sciences and advanced manufacturing to the arts and alternative energy through its 100,000 square-foot facility.
Active and graduate clients generated a combined total of $52 million in revenue in 2011 and $41 million in revenue in 2010. Since 2007, TechTown has provided support to 647 companies, which have created 1,085 jobs. And TechTown has invested $790,000 directly into client companies through the TechTown Loan Fund and its Thrive One Fund for minority- and women-owned businesses.
Read the full results of the report here.
The Michigan Corporate Relations Network (MCRN)
is a statewide university network designed to create partnerships that will connect companies to university assets including talent connections, research discoveries, new technologies, continuing education and library resources.
to learn more about how the MCRN can help your business!
When the next breakthrough technology is conceived on a university campus, pondered over in a late-night study session or discovered in a laboratory, its inventor will have a better reason to stay connected to the Detroit area.
The Warrior Fund, a new pre-seed investment fund launched this month at Wayne State University with backing from the Michigan Initiative for Innovation & Entrepreneurship (MIIE), is poised to spur innovation among Wayne State University students.
The fund aims to support student start-ups and nurture novel technologies created at Wayne State. It will attract student entrepreneurs of varying backgrounds and empower them to build bold ideas and explore technology-based business opportunities. The $25,000 fund will invite WSU student teams to pitch their business ideas to a panel of judges. The result will be five to 10 teams of students being awarded up to $5,000 in startup capital.
Read the full story here.
In an op-ed for the Detroit Free Press
, ?Jeff Mason, Executive Director of the University Research Corridor, writes about the effect funding cuts at MSU's Facility for Rare Isotope Beams (FRIB) could have on the state's economic future.
The FRIB project is expected to generate over $1 billion in economic activity and create 791 construction jobs. (Long-term, the project will employ 120 people full-time, with the potential to create hundreds of spin-off jobs.)
But President Obama's proposed 2013 budget cuts funding allocated to FRIB by more than half.
"Even though the auto industry is recovering, we know that our state cannot rely on one industry to sustain us long term. Having a strong economy means being able to bring to market innovations that will allow us to hold a leadership position in the global marketplace, particularly with regard to science and technology.
The Facility for Rare Isotope Beams (FRIB) at Michigan State University is an important part of Michigan's future, and that future is being threatened.
President Barack Obama's 2013 budget proposal slashed the $55 million allocated for the facility by more than half. Even that proposed funding is in question, as the department is planning a review of its entire nuclear physics program over the next nine months and may decide to back out from the project entirely.
That would be yet another huge blow to our state, not only because of the resources already invested in the program, but, more important, because of what we stand to lose."
Read the full op-ed here.
The Great Lakes Entrepreneur's Quest presented awards last month to the mid-year winners. The first-place award in the Emerging Company category went to East Lansing-based BioPhotonic Solutions, a developer of ultrafast lasers founded by MSU Professor Marcos Dantus. The lasers have applications in a wide variety of markets, including biomedical imaging, corrective eye surgery, and mass spectrometry.
More than 200 Michigan-based entrepreneurial ventures were registered for the competition, which attracts a wide-range of innovation-base businesses in fields such as alternative energy, information technology and software, advanced manufacturing, homeland security, medical devices and life sciences. The competition's twice-annual, two-track program accommodates both idea-stage ventures and companies with up to $3 million in cumulative sales.
Read the full story here.
A team of Wayne State University graduate students and their unique energy-harvesting technology has won the $50,000 first prize in the Michigan Clean Energy Venture Challenge, judges announced on Feb. 17.
The annual challenge, established by the University of Michigan (U-M) and DTE Energy, encourages students from Michigan colleges and universities to grow clean-energy solutions into thriving businesses. Pitch videos from many of the teams are posted at this YouTube playlist.
Bob Lutz, retired vice chairman of General Motors, spoke at the awards ceremony at U-M. He encouraged students to innovate, in the purest sense of the word.
"Sometimes the best innovation is the simplest and most cost effective," Lutz said. "You have to make sure the drive to innovate doesn’t provide answers to questions nobody asked."
Read more here.
An article in the latest issue of Crain's Detroit Business
profiles the University Research Corridor and its role in the growing number of tech startups founded in Michigan.
"Today, the University Research Corridor has increasingly become responsible for the state's growing pipeline of high-tech startups, and it ranks among the country's top university research regions.
Michigan ranks fifth compared to seven similar states, regions and cities in terms of invention disclosures, third in patents, and fifth in startups, said Jeff Mason, URC executive director. The other regions are Boston, Pennsylvania, Southern California, North Carolina, Silicon Valley and Chicago.
The URC invested more than $1.8 billion in research and development in 2010, an 8 percent increase over the previous year's, resulting in 14 startups. The number of high-tech degrees awarded has also increased, from 6,993 in 2006 to 8,000 in 2010, representing a 14 percent increase."
Read the full story here.
Last year was all about the development and launch of 3D Biomatrix's principal product. This year it's all about gaining traction and generating revenues.
"This is the year we get all of the adapters rolling," says Laura Schrader, CEO of 3D Biomatrix. "This is a real turn-key year for us."http://www.3dbiomatrix.com/
The University of Michigan spin-off (it calls the university's Venture Accelerator in Ann Arbor home) develops and makes 3D cell matrices for cell growth in testing. These small scaffoldings provide small dips for the cells to develop. Most of the current products on the market offer flat surfaces, such as slide or Petri dishes.
3D Biomatrix launched in 2010 and introduced its product late last year. That process allowed the company to hire one employee and bring on two independent contractors. The start-up expects that this year of evangelizing its product and going for global sales will allow it to add one or two more jobs to its team of three employees and two independent contractors.
"It has been an impressive launch so far," Schrader says.
Schrader recently won the Elevator Pitch contest at the ACE event earlier this month. She hopes to build a lot of little wins like that and new clients to build up 3D Biomatrix this year.
U-M is launching the Mayleben Family Venture Shaping Program through the Zell-Lurie Institute for Entrepreneurial Studies
. The new program is being funded by a gift from Aastrom Biosciences president & CEO Tim Mayleben (a U-M graduate) and his wife, Dawn Mayleben. The grant program will teach student teams from across the University how to transform identified opportunities into businesses.
"It takes an idea and transforms it into a business structure," says Tim Faley, managing director of the Zell-Lurie Institute for Entrepreneurial Studies at the University of Michigan's Ross School of Business. "We see a lot of ideas."
The U-M Venture Shaping Program will provide teams of student entrepreneurs with guidance from faculty while going through a three-part process. That process includes directed discovery, value system synthesis, and profiting from capabilities framework evaluation. The idea is to prove that the startup meets a validated market need and will provide a cash prize so they can take the business to the next level.
Breaking through that key wall of building a business (taking it from an idea to a reality) is the major constraint that has been identified by U-M officials. The Venture Shaping Program hopes to help 25 student-led business each year.
"We see it as the big bottleneck in the process," Faley says. "We're happy to have a program to handle that program."
Michigan State University officials are looking forward to kicking off the building of the Facility for Rare Isotope Beams
after the MSU Board of Trustees approved $20 million for site preparation at the future FRIB site.
"In addition to the ongoing utility relocation," says Alex Parsons, Communications Manager for FRIB. "additional site preparation began this week that will make the site ready for construction of the conventional facilities upon approval from the U.S. Department of Energy."
The FRIB facility will be a world-class nuclear research facility that is expected to create more than $1 billion in economic activity over ten years and 400 jobs. About 100 new scientists, engineers and support personnel have already been hired.
"The next steps in moving the project forward include reviews by Michigan State University in March and DOE," says Parsons. "The DOE review is scheduled for April, and approval of Critical Decision 2/3A following that review will allow construction of conventional facilities for FRIB to begin."
Drug delivery directly into muscle using an autoinjector is faster and may be more effective in stopping prolonged seizures, according to a study sponsored by the National Institutes of Health and conducted by a Wayne State University School of Medicine researcher.
The trial compared the effectiveness of two Federal Drug Administration-approved anti-seizure medications and how they are administered to patients suffering prolonged seizures before they arrive at hospitals.
The Rapid Anticonvulsant Medication Prior to Arrival Trial, or RAMPART, was designed to determine whether midazolam or lorazepam are safer and more effective when paramedics are called to treat patients whose seizures aren't stopping. The study was funded by the National Institute of Neurological Disorders and Stroke, part of the NIH.
Read the full story here.
A new patent office may not have the glitter of a high-tech firm relocating to the state, but having one here is vital, and a barometer of our Michigan's creative potential,
writes Mary Sue Coleman in an editorial for The Detroit News.
"University researchers are creating, and patenting, biomedical devices, nanoemulsion vaccines, solar cells, biosensors, Web-based writing tools, and hybrid seeds and plants. Some 135 patents are issued annually to University Research Corridor inventors, and the activity is trending upward.
For scientists and inventors across our state, a local patent office assists with technology transfer, helping to commercialize discoveries and inventions, move them into the marketplace and spur economic development.
In addition to our region's manufacturing heritage and strong universities, the federal government selected Detroit for its satellite patent office for a third reason: the high-tech talent necessary to review patent applications. More than 100 jobs come with this new office, examiner positions that require expertise in engineering, science, math and technology."
Read the full story here.
A new forage boost product - containing a revolutionary microbial fertilizer developed by a team of Michigan State University researchers - has been selected as one of the top products of the year by Popular Science magazine.
Forage Boost, from Bio Soil Enhancers, Inc. is the recipient of a 2011 "Best of What's New" Grand Award. It earned top honors in the Green Technology Category from the magazine for its positive environmental impact. A key ingredient in Forage Boost is SumaGrow, which was invented by lead researcher C.A. Reddy, MSU professor of microbiology and molecular genetics, and Lalithakumari Janarthanam, a visiting microbiologist and plant pathologist.
SumaGrow is different from common fertilizers because it harnesses the power of non-genetically modified living microorganisms to improve the productivity of forages, hay crops and a broad spectrum of grain and vegetable crops, Reddy said.
Reddy said SumaGrow reduces the need for chemical fertilizers by fixing atmospheric nitrogen, thereby reducing greenhouse gas emissions and lowering chemical pollution of soil and water. Benefits also include improved disease resistance and increased phosphate availability.
Read the full story here.
A receptor found on blood platelets whose importance as a potential pharmaceutical target has long been questioned may in fact be fruitful in drug testing, according to new research from Michigan State University chemists.
A team led by Dana Spence of MSU's Department of Chemistry has revealed a way to isolate and test the receptor known as P2X1. By creating a new, simple method to study it after blood is drawn, the team has unlocked a potential new drug target for many diseases that impact red blood cells, such as diabetes, hypertension and cystic fibrosis.
Researchers can evaluate the receptor not only in developing new drugs but also re-testing existing medications that could work now by attaching to the receptor.
"Scientists are always looking for new ‘druggable' receptors in the human body," Spence said. "This receptor, P2X1, has long been viewed as not important in platelets; our studies show that is not necessarily true. The receptor is very active; you just need to be careful in working with it."
The research is published in the current issue of Analytical Methods, a journal from the Royal Society of Chemistry in London.
Read the full story here.
Wayne State University announced the appointment of Harl R. Tolbert of Pittsford, N.Y., as associate vice president of technology commercialization in the Division of Research. Tolbert began on Wednesday, Jan. 18, 2012.
Tolbert joins Wayne State from his most recent post as associate director for biological sciences in the University of Rochester (N.Y.) Medical Center’s Office of Technology Transfer. He has extensive experience leading academic and business commercialization programs, and has created substantial partnerships that have sparked innovation and the commercialization of discoveries. In addition, he worked in in sales at Abbott Laboratories in North Chicago, IL and in business development at Pierce Chemical in Rockford, IL.
"With his background as a seasoned technology transfer champion, Harl will be a great asset as he builds on the great momentum we have created in the technology commercialization area over the past year," said Hilary Ratner, vice president for research at Wayne State. "He will spearhead WSU’s goals of bringing the university’s most promising technologies to the marketplace, creating startup companies that generate new jobs, products, service innovations and economic opportunities that will benefit our community and beyond."
Read the full story here.
A Wayne State University School of Medicine physician and researcher will convene a vital training workshop on childhood epilepsy in sub-Saharan Africa next month.
Harry Chugani, M.D., the Rosalie and Bruce Rosen professor of neurology and chief of pediatric neurology for the School of Medicine and Children’s Hospital of Michigan, has organized "Epilepsy in Children in Developing Countries." The training will take place Feb. 1-4 in Entebbe, Uganda.
The attendees will be physicians primarily from sub-Saharan countries, with a few from North Africa. Their airfare and accommodations are provided pro bono. The speakers who will present at the workshop – "true volunteers," as Chugani called them – are paying their own way and for their own accommodations.
"We will teach them about basic diagnosis and treatment of epilepsy in children," said Chugani, who also serves as director of the Positron Emission Tomography Center for the School of Medicine and Children's Hospital of Michigan. He will give opening and concluding remarks, as well as a lecture on the role of neuroimaging in epilepsy.
Read the full story here.
Are You a Human, a 2-year-old start-up, has landed a sizable venture capital investment, hired a handful of people and is continuing its business plan competition winning streak. Now the firm is looking to hire a few more people as it works to create traction for its technology.
Are You a Human is reinventing CAPTCHA technology, the squiggly letters used for verification on websites, with simple games. The idea is to make it impossible for computer programs to beat these games so they can't buy bulk items of things, like concert tickets.
Are You a Human can grow its team thanks to a six-figure investment that was led by Detroit Venture Partners. It has also raised hundreds of thousands of dollars in business plan competition wins. The company, started by a small group of University of Michigan graduates, recently won the student portion of the Accelerate Michigan Innovation Competition ($25,000) that it plans to put toward development of its technology.
Read the full story here.
The Michigan Business Challenge, a business plan competition at the University of Michigan, is entering its second of four rounds this week, judging 14 student-led start-ups that span a wide variety of industries.
The Michigan Business Challenge attracted 45 teams, comprising 145 students interested in starting their own business. They are competing for $60,000 in cash prizes, including the grand prize of $20,000.
"We have a number of web-based businesses," says Anne Perigo, program coordinator for the Zell-Lurie Institute for Entrepreneurial Studies at the University of Michigan's Ross School of Business and the manager of the Michigan Business Challenge. "We have a number of student teams that are looking at medical devices or assistive technologies."
The student-led start-ups complete an executive summary for their proposed business. Those that make it to the later rounds of the competition write a marketing and financial overview for their company and finish a complete business plan. These teams also pitch their businesses to a panel of judges comprised of entrepreneurs and investors. The competition will wrap up by Feb 17.
Read the full story here.
A miniature, battery-free, wireless, cardiac implant being developed by a U-M researcher and the Ann Arbor company Integrated Sensing Systems, Inc. (ISSYS), has received important funding that could get it to patients more quickly.
A $1.5 million grant from the National Institutes of Health (NIH), will help a research team, led by Martin Bocks, M.D., and ISSYS, Inc., to complete the final preclinical testing required before seeking approval under Food and Drug Administration’s Humanitarian Device Exemption pathway. Bocks is a pediatric cardiologist with the University of Michigan Congenital Heart Center and the U-M C.S. Mott Children's Hospital.
"We are extremely excited to continue working with ISSYS to develop a wireless, implantable pressure sensor for our patients with complex forms of congenital heart disease," says Bocks, the project's medical principal investigator.
Read the full story here.
More than 3,000 gallons of Huron River water were trucked to the University of Michigan campus recently to create 150 mini-Hurons that are used to study how environmental changes affect freshwater habitats like rivers and streams.
The artificial streams are called flumes, and U-M's new $1 million "Flume Room" is in the basement of the Dana Building, home to the School of Natural Resources and Environment. The U-M flume lab is the largest facility of its kind in North America, and possibly the world.
"We're taking little pieces of the Huron River – the water, the rocks, the bacteria, the algae, the insects and other small invertebrates that inhabit the stream – and we're placing them into these 150 small flumes. We try to mimic all the river conditions we possibly can," said Bradley Cardinale, an assistant professor at the School of Natural Resources and Environment and principal investigator of the flume project.
Running an experiment 150 times in 150 identical flumes provides what researchers call high replication, which enables them to precisely estimate how different environmental stresses – such as pollution, species invasions and extinctions, climate change and erosion – affect the river's health.
Read the full story here.
?MSU spin-off company XG Sciences
continues its pattern of growth with the announcement of a $4 million agreement with global performance materials company, Cabot Corporation. Under the agreement, XG Sciences will provide the Boston-based Cabot Corporation with non-exclusive rights to their production technology for the manufacture of graphene nanoplatelets.
''I think it’s a natural stage in our business progress,'' says XG Sciences CEO Mike Knox. ''It’s a great validation of our technology, both on the manufacturing side and the scientific side.''
The agreement is the result of conversations between the two companies that began a couple of years ago. Cabot Corporation has sponsored research at Michigan State University to investigate XG Sciences' materials.
The announcement comes as the XG Sciences continues to grow its operations and staff. The firm began the year with eight employees and is now up to 23. The company plans to grow to a staff of 50 in the next 5 years.
A version of this story originally appeared in Capital Gains on Dec. 7, 2011.
Fetal alcohol spectrum disorders (FASDs) are one of the most common causes of birth defects worldwide and are particularly prevalent in some South African communities where heavy drinking during pregnancy is a major public health issue, particularly in the wine-growing areas of the Western Cape.
FASDs have long-term, significant effects on neurocognitive and behavioral development, including problems with attention, learning, memory and social skills. They can also cause heart defects, facial dysmorphic features, poor growth, and decreased muscle tone and coordination. A team of researchers led by Sandra W. Jacobson, Ph.D., and Joseph L. Jacobson, Ph.D., professors of psychiatry and behavioral neurosciences in Wayne State University's School of Medicine recently received a $413,440 grant from the National Institute on Alcohol Abuse and Alcoholism of the National Institutes of Health to conduct a new study designed to improve the diagnosis of FASDs. Improved diagnosis can lead to the development of better-targeted treatments for specific deficits found in children with these disorders.
According to S. Jacobson, infants as young as 5 months of age can look at a display of stimuli that involve simple numbers and mentally manipulate them. However, alcohol-exposed infants do not show the same ability to process this numerical information when shown the same stimuli.
"Infants exposed to heavy prenatal alcohol exposure do not exhibit the same response as non-exposed infants," said Jacobson. "In the newly funded study, we will use event-related potentials (ERP) that measure brain waves to examine the time course and specific components of information processing in alcohol-exposed and non-exposed infants. We then can specify which components of number processing are affected by fetal alcohol exposure."
Read the full story here.
The Samuel Zell and Robert H. Lurie Institute for Entrepreneurial Studies at the University of Michigan's Ross School of Business has joined forces with Michigan State University's Institute of Entrepreneurship and Innovation in the Broad College of Business to create the Michigan Entrepreneurship Education Leaders Forum.
The forum brings entrepreneurial educators from the top MBA programs across the state together to identify opportunities for improvement and collaboration, with the ultimate goal of advancing entrepreneurship among students and alumni in Michigan.
Read the full story here.
They shook light from darkness. They coaxed something out of what we normally think of as nothing—the vacuum of space. And now their work has been named one of the top 10 breakthroughs of the year by Physics World
, the international magazine announced today.
University of Michigan physics researcher Franco Nori is involved in the work, which was published in Nature
The physicists directly observed, for the first time, light particles that flicker in and out of existence in the vacuum. They witnessed the long-predicted quantum mechanical phenomenon known as the dynamical Casimir effect.
"One of the profound consequences of quantum mechanics is that we know that something can come from nothing," Nori said. "The vacuum is actually teeming with activity, the question is how to harness it and observe it because the particles move in an out of existence in the blink of an eye."
Read the full story here.
The Institute for Operations Research and the Management Sciences (INFORMS®) has awarded Kenneth R. Chelst, Ph.D., professor of industrial and systems engineering in the College of Engineering at Wayne State University and resident of Southfield, Mich., the INFORMS® President’s Award. This annual award is made for contributions that benefit the welfare of society.
Chelst was selected for his pioneering work in developing a unique educational curriculum that introduces young Americans to operations research, and for his public safety policy and operational analysis that has guided city leaders and police, firefighter and emergency service executives through challenges they face in towns and cities across the United States.
Chelst is one of a handful of operations researchers who has realized that the study of applied mathematics should be made widely accessible and enjoyable for high school students interested in exploring less theoretical aspects of math that apply to their everyday lives. Over the course of more than 15 years, he has collaborated with colleagues to write individual lesson plans and entire courses that have intrigued high school teachers and students alike with mathematical methods unique to operations research.
Read the full story here.
Michigan State University researchers are using a pair of National Science Foundation grants totaling nearly $500,000 to look for ways in which home computer users can increase security.
Emilee Rader, assistant professor of telecommunication, information studies and media, and Richard Wash, assistant professor of journalism, are studying ways to help home users better understand security issues.
The vast majority of computer owners have little computer security knowledge or training, and many users avoid making security decisions because they feel they don't have the knowledge and skills to maintain proper security, the researchers said.
''We are interested in where people are obtaining their security advice when they don't necessarily have a computer security expert in their home,'' Rader said. ''Some people may listen to a computer-savvy cousin, while others could turn to something they read online, but what sources do people trust most and do they actually practice these security precautions regularly?''
Read the full story here.
The second annual Accelerate Michigan Innovation Competition is getting more attention from investors outside of Michigan this year.
The business plan competition has attracted some representatives from big-name venture capital firms to judge and work with the Michigan-based start-ups competing in this month’s event. Among those big names are Boston Millenia Partners and Masdar from Abu Dhabi.
"We were able to recruit more coastal and international venture capitalists to help judge this year," says Lauren Bigelow, executive director of the Accelerate Michigan Innovation Competition. "Last year we only had four months to prepare. It didn’t give people a lot of time. This time we did a lot of outreach during the spring."
The Accelerate Michigan competition got its start last year with a goal of showcasing the start-ups and entrepreneurs in Michigan, along with the entrepreneurial resources available to them. It also aimed to make connections between those start-ups and other companies and investors to create more investments and strategic partnerships.
This year organizers are also working to create more synergies between larger out-of-state VCs with local venture capitalists. The idea is that it will facilitate more out-of-state money investment into local start-ups without forcing those start-ups to move.
Source: Lauren Bigelow, executive director of the Accelerate Michigan Innovation Competition
Writer: Jon Zemke
This story originally appeared in Concentrate on 11/9/11.
Cataphora, a Silicon Valley-based software firm, is opening up an engineering center in downtown Ann Arbor to take advantage of the talent pool at the University of Michigan.
"We recruit nationwide but some of our best employees have been coming from the University of Michigan," says Chris Kurecka, manager of Michigan engineering for Cataphora.
The nine-year-old firm employs 37 people, including one employee and two interns at the new Ann Arbor office. A number of Cataphora's executive team members also have Ann Arbor roots. The company's CEO, CTO, and Kurecka all graduated from U-M.
Cataphora plans to grow its new office to 10-20 people within the next 12-18 months. It chose the new office, with the help of Ann Arbor SPARK, at 500 E Washington because of the vibrancy and walkability of downtown, plus its close proximity to U-M's Central Campus.
"It's nice to be within walking distance of everyone," Kurecka says. "We're also trying to attract students so being within walking distance of the university is great."
Source: Chris Kurecka, manager of Michigan engineering for Cataphora
Writer: Jon Zemke
This story originally appeared in Concentrate on 11/2/11.
An inexpensive drug that treats Type-2 diabetes has been shown to prevent a number of natural and man-made chemicals from stimulating the growth of breast cancer cells, according to a newly published study by a Michigan State University researcher.
The research, led by pediatrics professor James Trosko and colleagues from South Korea's Seoul National University, provides biological evidence for previously reported epidemiological surveys that long-term use of the drug metformin for Type-2 diabetes reduces the risk of diabetes-associated cancers, such as breast cancers.
The research appears in the current edition of PLoS One.
"People with Type-2 diabetes are known to be at high risk for several diabetes-associated cancers, such as breast, liver and pancreatic cancers," said Trosko, a professor in the College of Human Medicine's Department of Pediatrics and Human Development. "While metformin has been shown in population studies to reduce the risk of these cancers, there was no evidence of how it worked."
Read the full story here.
Effective writing has never been more important to learning and career opportunities in this 21st century-knowledge economy. But teaching it well challenges schools and universities.
Drawing on its educational research expertise, Michigan State University is partnering with software company Red Cedar Solutions Group of Okemos to commercialize a writing instruction platform known as Eli. With two patents securing the technology, Eli is offered through a joint venture called Drawbridge, LLC.
Eli was developed by Jeff Grabill, Bill Hart-Davidson and Michael McLeod, all faculty in MSU’s Department of Writing, Rhetoric and American Cultures department and researchers in MSU’s Writing in Digital Environments Research Center.
"We know that Eli can move the needle in terms of writing proficiency," Grabill said. "Eli promises to help America’s students become better writers and our nation’s teachers to become better writing instructors."
Eli is a web service that improves writing by helping teachers and students quickly conduct reviews, see and assess feedback, and learn from the revision process. Eli is designed for use in K-12 schools, colleges and in professional or continuing adult education.
"Like any good company, Drawbridge is built on a societal need, such as the need to improve writing skills," said MSU President Lou Anna K. Simon. "Writing is identified in most every employment circumstance as one of the biggest challenges, particularly as students are becoming more oriented toward the language of hand-held devices."
Read the full story here.
A record 19 new companies founded by young University of Michigan entrepreneurs will share space in the TechArb student business incubator for the next six months.
Students are commercializing low-cost medical tools that could save lives in developing nations. They're creating apps that inspire dieters to lose weight, or help you organize to-do lists and other quick notes. They're opening a prep school in China. And more.
Organizers received more applications than ever this session. Thanks to an expanded space down the street from TechArb's previous location, they were able to accommodate more companies.
"Today we have more student entrepreneurs than ever in TechArb pursuing their dreams to impact our world," said Moses Lee, the new assistant director of student ventures at the College of Engineering's Center for Entrepreneurship.
Now in its seventh session, TechArb has nurtured more than 80 fledgling firms since it began in 2008 with a little Ikea furniture and some big ideas. A group of students launched it. The university adopted it in fall 2009.
Read the full story here.
Cystic fibrosis, one of the most common chronic lung and digestive system diseases in children and adults, is caused by a defective gene encoding the cystic fibrosis transmembrane conductance regulator (CFTR). The most common mutation is the deletion of the phenylalanine amino acid residue at position 508 that leads to a defect in the protein transport to the cell surface, resulting in premature digestion of the protein.
A Wayne State University research team led by Fei Sun, Ph.D., assistant professor of physiology in the School of Medicine, recently received a grant with an anticipated amount of nearly $1.9 million from the National Heart, Lung and Blood Institute of the National Institutes of Health to better understand how this defective protein in cystic fibrosis patients is prematurely digested.
"We aim to develop a roadmap for identifying novel therapeutic targets to restore function to this mutation, ultimately alleviating much pain and suffering for many who suffer severe lung and bowel problems because of cystic fibrosis," said Sun.
Nearly 30,000 Americans have cystic fibrosis and another 10 million are carriers of the defective gene, which causes the body to produce a thick, sticky mucus that clogs the lungs and leads to life-threatening lung infections, and obstructs the pancreas and stops natural enzymes from helping the body break down and absorb food. There is no cure for the disease.
"Dr. Sun's research shows great promise in targeting the cystic fibrosis gene that attacks the digestive system," said Hilary Ratner, WSU's vice president for research. "If successful, it may lead to the development of new treatments that ultimately may change this from a life-threatening disease to one that is manageable or even eliminated someday. His research is a great example of the high impact research Wayne State University faculty are engaged in."
Read the full story here.
?declares Detroit's TechTown a hub of creativity, innovation and revitalization in Midtown in an in-depth profile. Writes Paul Vachon:
"Detroit, the buckle of the "Rust Belt," is also a city of paradoxes. In the city's midtown, an innovative project, Tech Town, stands out as living up to its motto, 'Reigniting Detroit’s Entrepreneurial Culture.'"
Read the full story here.
The 4th annual MSU Council of Graduate Students Graduate Academic Conference (GAC) will be held on Friday, March 30th from 11am – 7pm. The GAC is a forum for graduate and professional students to present their academic work to the larger MSU community and a network of peers from the University of Michigan (U of M) and Wayne State University (WSU). This is the first year students from U of M and WSU are being invited to participate in this unique conference run by graduate students.
The GAC provides a way for graduate and professional students from different disciplines to share ideas and practice presentation skills. Already completed and ongoing research projects will be presented in poster and short oral presentation format at the conference. Students are challenged to translate what might be highly technical language into a description that is easily understood by members of the general public who may be less familiar with their research area. The GAC awards several monetary prizes based on the graduate student’s success at this translation.
All MSU, U of M, and WSU graduate and professional students are welcome to present and attend. Presentations can be individual or group submissions. Benefits of participating in the GAC include:
• Increasing professional presentation and communication skills
• Identifying potential inter-university and interdisciplinary collaborations
• Building your curriculum vitae for future career opportunities
• Competing for monetary prizes
Through a smoldering brush fire, past wind-shearing road trains, across the Australian continent, the University of Michigan's Quantum was the first American car to finish the World Solar Challenge today. The Solar Car Team placed third overall in the international competition.
No other U.S. team has had back-to-back top-three World Solar Challenge finishes.
After driving for 35 hours and 33 minutes over five days, the U-M team crossed the end-of-timing line in Angle Vale, South Australia at 3:55 p.m. race time (2:25 a.m. U.S. ET).
U-M placed third in the World Solar Challenge in 2009 as well. This is the fifth time in the race's 20-year history that the U-M team has placed third. Reigning national champions, the team has finished first in the North American Solar Challenge three times in a row and six times total.
Read the full story (with video!) here
In Michigan and across the globe last year, more University of Michigan technologies were licensed to companies than ever before. U-M Tech Transfer recorded 101 licenses and options in fiscal year 2011, which ended June 30.
"We exceeded the century mark for the first time," said Ken Nisbet, executive director of Tech Transfer. "This number of agreements is an important metric of success and places us again within the top 10 universities in tech transfer performance."
Researchers reported 322 inventions and filed for 122 patents. And in these challenging economic times, the university helped launch 11 companies with technologies developed in campus labs. Eight of these companies have opened operations in Michigan.
Read the full story here.
As Michigan attempts to transform its manufacturing-based economy, Michigan State University will create a pioneering economic development center that focuses on new ways of generating businesses and jobs.
The project, funded by a $915,000 grant over five years from the U.S. Economic Development Administration, involves partnering with other colleges, local and regional governments, private businesses and other groups to produce or identify innovative ideas and practices that can be shared.
Rex LaMore will oversee the MSU University Center for Regional Economic Innovation, which is the first university-based center in Michigan to support research in economic development innovation in a collaborative manner.
LaMore, a veteran economic developer and director of MSU's Lansing-based Center for Community & Economic Development, or CCED, said many economic development practices have become outdated in what has become a knowledge-based economy.
"Essentially, the economic development profession is still using a 20th-century toolbox," LaMore said. "What we’re trying to do is produce a 21st-century toolbox that will help it create jobs in our communities."
Read the full story here.
Reporter Carol Cain moderated a discussion at the Detroit Economic Club on Oct. 4 with URC Presidents Mary Sue Coleman, University of Michigan; Lou Anna Simon, Michigan State University; and Allan Gilmour, Wayne State University.
If you missed it, you can watch the discussion online
as part of the Michigan Matters series on WWJ-TV.
A new collaboration between Michigan State University's College of Engineering and General Electric was celebrated on Nov. 1, with the official opening of "Transportation Commons."
Located on the third floor of East Wilson Hall, the space includes video and design elements focusing on transportation, including signage that uses QR codes to engage students and others in interactive learning.
The GE-MSU collaboration will provide engineering undergraduate students with the opportunity to learn about advanced and clean technologies. It will support lab enhancements, student design competitions, mentorship and tutoring programs, field trips to GE facilities, and other activities designed to enhance classroom learning and prepare students to solve the world's toughest challenges.
Learn more here.
Wayne State University faculty are collaborating on a federally funded effort to minimize health disparities nationwide by increasing the number of local high school girls, particularly those of color, who enter college prepared to study health-related science, technology, engineering and mathematics (STEM) disciplines.
Leading that effort is Sally K. Roberts, Ed.D., assistant professor of mathematics education in the College of Education, who recently received a $1.7 million, five-year grant from the National Institute on Minority Health and Health Disparities of the National Institutes of Health. She is planning a three-pronged approach that aims to increase the interest of metropolitan Detroit area girls in health-related STEM disciplines.
The intervention will comprise summer academies; academic year cafes for girls and parents; and continuous mentoring support by WSU undergraduate women students through social networking sites and other technology.
Read more here.
RetroSense Therapeutics, LLC, a Michigan-based company, announced that it has executed its exclusive, worldwide option and signed a license agreement for novel gene-therapy approaches for treating blindness developed at Wayne State University’s School of Medicine.
Zhuo-Hua Pan, Ph.D., professor of anatomy and cell biology in the School of Medicine, along with colleagues at Salus University in Pennsylvania, developed the breakthrough therapy and follow-on approaches that offer promise to people suffering with incurable blindness caused by age-related macular degeneration (AMD) and retinitis pigmentosa (RP) – retinal degenerative disorders that are currently incurable.
Pan’s novel strategy focused on genetically converting light-insensitive inner retinal neurons into photosensitive cells — thus restoring light-sensitivity to retinas that lack photoreceptors.
Read more here.
The Michigan Strategic Fund and the Michigan Economic Development Corporation today voted to invest $6.8 million in university-business partnerships focused on collaboration, commercialization, economic growth and job creation.
"Michigan is one of the top states in the nation for research and development with more than $16 billion in industrial R&D and close to $2 billion in university research," said Michael Finney, CEO and President of the MEDC, who chairs the MSF. "Companies like Google, Facebook and Dell were born on college campuses and we want to keep helping our leading universities turn the latest developments into jobs."
In July, the MSF established the University Technology Acceleration and Commercialization (UTAC) program through the 21st Century Jobs Fund. The goal: partnerships between Michigan universities and the private sector focused on collaboration and commercialization of technologies. The board is investing: $1.8 million to build a Corporate Relations Network for Michigan’s Research Universities. Six public universities and the University Research Corridor are partnering with the private sector to connect business relationship offices at Michigan Technological University, the University of Michigan, UM-Dearborn, Western Michigan University, Michigan State University and Wayne State University.
The network will support university projects that work with companies, provide university interns to companies, develop a database of faculty expertise, provide university library resources to small companies, and convene innovation sessions where university experts meet with companies to solve company problems.
Read more here.
The Michigan Economic Development Corporation invites you to rediscover the bright future awaiting you during the next MichAGAIN Career Opportunity event. Connect with employers that are hiring and mingle with fellow Michigan alumni as you hear the latest buzz about our great state.
Tuesday, November 15, 2011, 6 p.m. to 9 p.m.
Loft Bar and Bistro
90 South 2nd Street
San Jose, CA 95113
More information and registration available here.
Semi-finalists have been selected for the Accelerate Michigan Innovation Competition. The 53 semi-finalist companies will deliver their business pitches to investors on November 16-17 at the Ann Arbor-Ypsilanti Marriott at Eagle Crest for the chance and win cash and prizes. The Accelerate Michigan Innovation Competition will award more than $1 million in cash winnings, plus in-kind awards to top entrepreneurial businesses.
"More than 300 companies registered for the Accelerate Michigan Innovation Competition and it was a tough challenge to select semi-finalists," said Skip Simms, senior vice president of Ann Arbor SPARK, on behalf of the Business Accelerator Network for Southeast Michigan, a sponsor of the Accelerate Michigan Innovation Competition. "The majority of the companies are based in Michigan, but we also had applications from California, Illinois, Iowa, Ohio, Kansas, Massachusetts, Missouri, Nebraska New York, Pennsylvania, and Washington as well as international companies from Canada, the United Kingdom, India and the Ukraine."
"The competition in each of the nine sectors is going to be fierce," Simms added. "Thirteen of the 2010 semi-finalists are returning to the competition. Three of the companies competing this November won their sector prize at the 2010 competition: Accio Energy, The Mackinac Technology Company, and ENRG Power Systems."
The Accelerate Michigan Innovation Competition focuses on nine sectors that highlight key areas of opportunity for entrepreneurial growth and success: advanced materials, advanced transportation, alternative energy, IT, life science, medical devices, next generation manufacturing and products and services. The 2011 semi-finalist companies are located in a range of areas across the state such as Ada, Ann Arbor, Detroit, East China, East Lansing, Farmington Hills, Grand Rapids, Grosse Pointe Woods, Lake Linden, Lapeer, Livonia, Midland, Northville, Plymouth, Port Huron, Royal Oak, Saline, Sterling Heights and Ypsilanti. Three companies from out of state round out the contingent, traveling in from Chicago, Il; Fall River, MA and New Rochelle NY for the competition.
The semi-finalist companies:
Blue Water Bioproducts
InfiChem Polymers, LLC
InPore Technologies, Inc.
The Mackinac Technology Company
Vinci Technology Corp
ENRG Power Systems LLC
Advanced Battery Concepts
Climate Technologies Co.
Metro Ag Services
Defense and homeland security
Are You Human
i3D Technologies Inc.
Practical EHR Solutions
White Pines Systems
Advanced Cooling Therapy
Blaze Medical Devices
Next generation manufacturing
Fusion Coolant Systems
North Coast Industrial Imaging
Products and services
Algal Scientific Corporation
Applied Engineering Technologies
To qualify for the Accelerate Michigan Innovation Competition prize monies, businesses must make a commitment to locate and grow in Michigan. These companies must also be past proof of concept and in the commercial stage of business development.
Three University of Michigan researchers—a historian, a chemist and a stem cell biologist—are among the 22 new MacArthur Fellows announced today by the John D. and Catherine T. MacArthur Foundation.
Each will receive $500,000 in "no strings attached" support over the next five years from the MacArthur Foundation.
This year's U-M winners are:
Tiya Miles, director of the Department of Afroamerican & African Studies in the College of Literature, Science, and the Arts. Miles is a public historian who is reframing and reinterpreting the history of our diverse nation in works that illuminate the complex interrelationships between the African and Cherokee peoples in colonial America. Her studies tease evidence from census records, legal petitions, missionary reports, newsprint, and oral histories and span territories east and west in the South, before and after the Trail of Tears (1838-1839) and up to the Civil War.
Melanie Sanford, Arthur F. Thurnau Professor of Chemistry in LSA, is an organometallic chemist reigniting research on an important chemical pathway and developing a method to enable modification of complex molecules with important products we use every day. Her research focuses on using metal-based agents, primarily palladium, to catalyze reactions that substitute hydrogen in carbon-hydrogen bonds with other atoms or functional groups.
is a research assistant professor at the U-M Life Sciences Institute and an assistant professor of cell and developmental biology at the Medical School. The stem cell biologist is elucidating the process of stem cell division and its role in age-related decline in organ repair and in the onset of some cancers and other proliferative disorders. She studies the division of stem cells to establish which ones go on to replace differentiated cells and which ones maintain the pool of stem cells for future division.
Read more about the winners and their research here.
Elena Litchman, associate professor of ecology, and Tonghun Lee, associate professor of mechanical engineering, were among 94 researchers honored by President Barack Obama as recipients of the Presidential Early Career Awards for Scientists and Engineers.
PECASE is the highest honor bestowed by the United States government on science and engineering professionals in the early stages of their independent research careers. Litchman and Lee were nominated from a pool of the most meritorious scientists and engineers whose early accomplishments show the greatest promise for assuring America’s preeminence in science and engineering and contributing to the awarding agencies' missions. Winning scientists and engineers have received research grants for up to five years to further their studies in support of critical government missions.
The awards, coordinated by the Office of Science and Technology Policy within the Executive Office of the President, honors individuals for their pursuit of innovative research at the frontiers of science and technology and their commitment to community service as demonstrated through scientific leadership, public education or community outreach.
"It is inspiring to see the innovative work being done by these scientists and engineers as they ramp up their careers – careers that I know will be not only personally rewarding but also invaluable to the nation," President Obama said. "That so many of them are also devoting time to mentoring and other forms of community service speaks volumes about their potential for leadership, not only as scientists but as model citizens."
Read the full story here.
This article originally published in Model D on Sept. 20, 2011.
The second phase of the A. Paul Schaap Chemistry Building and Lecture Hall opened last week at 5101 Cass Ave. on Wayne State's campus, expanding and renovating the school's chemistry laboratories and classrooms to state-of-the-art levels. The $76 million project, which began in 2004, was funded by Wayne State University and a $10 million donation from A. Paul Schapp (a former chemistry professor at WSU) and his wife Carol through the Community Foundation of Southeastern Michigan.
New updates include a four-story glass atrium, a new 150-seat lecture hall, and renovations to the building's 96,000 sq. ft of laboratories and lab-support areas. The Schaap building's labs were expanded, and all feature brand-new case and fume hoods.
Attracting the nation's top chemistry faculty and graduate students is the aim of the Lumigen Instrument Center, which redesigns the Schaap building's basement lab into a cutting-edge machine hub for nanotechnology, drug delivery systems and novel molecule research. The Chemistry Department has "something of an entrepreneurial spirit," says WSU Chemistry Dean Jim Rigby, producing three spinoff entrepreneurial ventures from the WSU labs in recent years. He says the facility modernization have the ability to create new economic activity. "There is substantial opportunity, and in the case of our department, the reality of converting intellectual property into something commercial that provides jobs, creates wealth in the state, pays taxes and all of these things," Rigby. "Really it's only the research universities (University of Michigan, Michigan State University and Wayne State University) that can lead to that kind of commercial development."
Rigby says achieving silver LEED certification was also a priority for the department. Chemistry buildings, Rigby says, "move either warm air or cold air out of the building; so by definition, it’s a little less efficient than most. But we have aggressively pursued the LEED certification." Two sloped "green roofs" cool the building during the warmer months; all electrical systems were also modernized for additional long-term savings.
A. Paul Schaap was Professor of Chemistry at WSU before leaving to found Lumigen, Inc., after a discovery he made in the very laboratories his gift has funded. Lumigen, recently acquired by Beckman Coulter, discovered a light-emitting molecule, now used in a compound that's used to diagnose AIDS, cancer and hepatitis. "He's one of the ideal donors because he knows what is needed and to move in that particular direction so it's worked out very well for our department," says Rigby.
The University Research Corridor (URC) has named Athena Trentin as the Project Director to implement the Global Detroit International Student Retention Program which is a three-year program funded by the New Economy Initiative to retain international students in the region. Athena joined the URC effective Monday September 12th and she was previously with the International Center at the University of Michigan. Athena will work out of the MSU Detroit Center located on Woodward Avenue in Detroit.
With nearly 20 years of experience in the field of International Education, Athena Trentin specializes in helping international students and scholars succeed in every aspect of their lives while studying and/or performing research at U.S. universities. She has worked as an international student and scholar advisor at Tier I research institutions such as the California Institute of Technology and the University of Michigan. She began her career at Michigan State University teaching U.S. culture, English language, and teaching assistant training classes for the Teaching Assistant Program and the Visiting International Professionals Program (VIPP). Most recently, she is a part time lecturer for the Global Scholars Program at the University of Michigan, teaching a class on global understanding and competency. In 2008, Athena received her Doctorate of Education from the University of Southern California where her research focused on how culture influences teaching style and perceived teaching effectiveness in the U.S. classroom. Her Masters in Teaching English to Speakers of Other Languages and Bachelors in International and Social Relations (James Madison College) were both awarded by Michigan State University.
The Global Detroit International Student Retention Program is designed to implement a wide range of activities to welcome and retain foreign-born residents and investments into the state, and to capitalize on the talent represented in the 16,000 international students studying at Southeast Michigan universities (often in high tech/STEM fields). Foreign-born talent already has a profound impact on Michigan’s tech economy with more than 30 percent of all high tech firms created in the state between 1995 – 2005 having at least one immigrant founder, according to one study. Immigrants file nearly 50 percent of Michigan’s international patents and are three times as likely to start a business. The Global Detroit International Student Retention Program is a partnership with the three URC universities along with Eastern Michigan University, Lawrence Technological University, Oakland University, University of Michigan – Dearborn, the Michigan chapter of the American Immigration Lawyers Association, the Detroit Regional Chamber, and Ann Arbor SPARK.
Research spending at the University of Michigan in 2010-11 grew 8.5 percent over the previous year to $1.24 billion, continuing the long-term trend of steady growth in the university's research enterprise.
"University research is a key driver of innovation in the U.S.," said Stephen R. Forrest, vice president for research. "This continued growth in funding shows the commitment of the federal government, industry, and other sponsors to investing in the future."
Federal research spending at U-M rose 9.8 percent over the previous fiscal year, accounting for 66.7 percent of total research expenditures.
Funding from the National Institutes of Health, the largest federal sponsor of U-M research, increased 12.6 percent. National Science Foundation research spending at U-M was up by 10.3 over last year. And although Department of Defense research expenditures dropped by 4.9 percent, Department of Energy research funding rose by 30.4 percent.
Research expenditures from industry grants and contracts rose by 4 percent to $40.8 million, recovering in part from a 9.3 percent drop the previous year.
Read the full story here.
Students are coming into college with new career attitudes as interest in entrepreneurship rises and internship experiences are viewed as a greater necessity.
Those are early indications from this year's undergraduates at Michigan State University, where record applications and enrollment are swelling the ranks of prospective entrepreneurs.
"I'm seeing it all over state of Michigan," MSU internship programs director Paul Jaques said. "The students are interested in entrepreneurship, working in co-work spaces and incubators. Some don't want to go the traditional route of working for corporations. A lot them have said to me, ‘I don't want to work in a cubicle the rest of my life.'"
Some 8,500 undergraduates have indicated that entrepreneurship is their chief interest among seven career options put before them on the myspartancareer.com website survey in the past three years, Jaques said.
Student and community entrepreneurship organizations are starting the school year on a vibrant note, faculty sponsors said. Those include the MSU Entrepreneur Association and the Mid-Michigan Innovation Club for Entrepreneurs.
"Internships are on a huge uptick," Jaques noted. "Parents are getting involved and students are coming in understanding that it's something of a necessity. Employers are looking for experience, and they're getting students with four or five internships.
"The students are going out trying internships to find out what they would like to do and not like to do for the rest of their lives."
Post-graduation internships also are increasingly part of the hiring process, Jaques said.
Read more about MSU's entrepreneurial ecosystem here.
Aloke Dutta, professor of pharmaceutical sciences in Wayne State University’s Eugene Applebaum College of Pharmacy and Health Sciences, is leading research efforts to develop new treatment options to slow the progression of Parkinson's disease, a neurodegenerative disorder that affects nearly six million people around the world, with 50,000 to 60,000 new cases diagnosed in the United States alone each year. Currently no ideal therapies are available for slowing the degeneration process while relieving symptomatic abnormalities associated with Parkinson's disease. The National Institute of Neurological Disorders and Stroke of the National Institutes of Health awarded a $2.15 million research grant to Dutta and his team.
Read more here.
While the impact of climate change and climate variability is often discussed in terms of future effects, Michigan State University associate professor and Michigan's state climatologist Jeff Andreson and his colleagues have noticed some very real effects happening now in the agricultural industry.
"Producers of corn and soybeans in the Midwest are just faced with a very large amount of risk associated with climatic variability and, ultimately, climate change," says Andreson. "We went from an unusually cool year in 2009 to one of the warmest growing reasons on record in 2010."
That variability makes grower decisions on what seeds to plant and when very difficult and risky. Thanks to a $5 million grant from U.S. Department of Agriculture's National Institute of Food and Agriculture, Andreson and his colleagues across 10 Midwestern universities, including the University of Michigan will be taking part in a large study in an attempt to develop tools to manage that risk.
"It's a challenge," says Andreson. "We feel that this is something that really needs to be tackled. I think there is a lot of hope that we can come up with some results that will be helpful."
MSU's contribution to the study will be Andreson's use of computer simulations to measure the impact of the weather on corn and soybean development and yield. Other components of the study include social science studies on how growers currently manage risk.
The study is currently getting underway and is set to last for five years.
This story originally appeared in Capital Gains on Aug. 24, 2011.
It took an economic drought to discover water. And it was all around us.
Founded because of its strategic waterways, cultivated because of its fish, wildlife and other natural resources, and industrialized because of the abundance of water for coolant and transportation, this Great Lakes state is only beginning to tap the potential of the largest body of fresh water in the world as an energy source, as a lesson in environmental management, and as a corridor for maritime commerce and leisure.
"We're at the center point of being experts on how we treat the water," says Kent Anderson, a landscape architect and principal of the Detroit firm Hamilton Anderson Associates. The firm has done considerable work in waterfront landscape design. "As we deal with the economic issues (in Michigan) how we treat water issues feeds into attracting the next generation of leaders. Water and access to water is a tremendous recreational tool."
He notes that aquaculture, specifically fish farming, offers potential. Anderson is hopeful that Michigan will assume a leadership role in water development, but "we should be a lot bolder and smarter."
Water, water everywhere...
Having the longest coastline of any state other than Alaska is a "huge resource," says John Kerr, director of business development for the Detroit/Wayne County Port Authority
, which oversees 29 ports along the Detroit River. "Are we really maximizing this resource?" he asks.
The Port Authority is one of eight ports in the nation to receive special project status within a Maritime Highway Corridor, which provides technical assistance for developing channels of tourism and commerce on the lakes. Initial development will examine the feasibility of a Detroit to Windsor ferry. Eventually, Kerr sees the possibility of Detroit to Toronto and Detroit to Montreal connections, given that the Port of Detroit has a U.S. Customs station.
There are also smaller "port-to-port" cruise initiatives under discussion, notes Mary Bohling, extension educator, Urban Southeast District, Michigan Sea Grant
. "Economic development authorities are refocusing people on coastal tourism," she says.
The Lake St. Clair Water Trail, a 45-mile kayak and canoe course developed by Michigan Sea Grant, will be inaugurated on Aug. 30 in New Baltimore. Sam Lovall, a landscape architect and environmental advocate who designed the course, says Southeast Michigan waterways are becoming far more user-friendly.
Landscaping and re-engineering shorelines in Southeast Michigan has given firms like Hamilton Anderson
an edge on international business, notes Lovall, a onetime employee of the firm. Two years ago, while working for the firm, he went on a trade mission to China. Hamilton Anderson took second in an international competition to design a project on the Pi River in Lu'an City.
Michigan is poised to achieve prominence as an innovator with water-related innovation, but it remains "somewhat of an underground effort," Lovall says.
Watering our entrepreneurial opportunities
Anyone who has experienced the Great Lakes waterways is well-aware of their powerful currents. Michael Bernitsas, Ph.D., a University of Michigan researcher, developed VIVACE
, a hydrokinetic device that converts water current into electric energy. He is testing it in the St. Clair River and hopes to eventually market the device for fresh water applications.
"Developing something in the marine environment is pretty challenging," notes Bernitsas, an expert in offshore engineering. "The motion environment is really harsh."
Why isn't there more water-based technological research? Bernitsas says that despite waves of energy crises, "We have enough relatively inexpensive energy at this point, or maybe we don't appreciate how expensive it is in some ways to use fossil fuels."
Carol Miller, Ph.D., one of the organizers of "MIH20bjective: Research Shaping Michigan's Water Future
," a conference at Wayne State University on Sept. 29-30, says scholars in Michigan are making original and impactful contributions to understanding and maximizing the potential of the water resource. The H20 conference is designed to promote collaboration among the three major state universities in the University Research Corridor for developing more national and international water initiatives.
What distinguishes Southeast Michigan research is that many of the technologies are being tested in the environment. "There are a lot of universities doing fundamental investigations in these areas, but there are far fewer universities doing the piloting and application of new technologies. Here in Michigan there's a real aggressive attitude toward piloting and putting to market."
Dr. Miller's research is focused on the interrelationship between water and energy: how to distribute fresh water to people while minimizing energy use, and how to manage the extensive water needs of industry. She also researches the impact of land use on water quality.
According to the State of Michigan Water Technology Initiative, there are six major water and wastewater projects in Michigan and 75 active academic research projects under way involving water, about half at Southeastern Michigan universities. A new water technology research center is under development at Detroit's TechTown
. The New Economy Initiative just made the midtown incubator the administrator of a $30,000 planning grant.
The Water Technology Initiative hopes to meet the entrepreneurial needs of business while protecting the natural resource, notes Gil Pezza, sector development director for water technologies at the MEDC. "By focusing on the technology side, we distinguish ourselves from our competition -- the other states on the Great Lakes and the Canadian province of Ontario."
"Our initiative leverages the state's extensive R&D and advanced manufacturing capabilities and, specifically, the Michigan academic assets in water/wastewater research."
Because of the natural abundance of water and the need to manage industrial wastewater, Michigan is an ideal place for applied research and new development, he says. "You talk about economic gardening. This is a garden that can grow without water."
Pezza cites three innovative local companies working with water technologies: Miya, an Israeli company in Farmington Hills, works with urban water efficiency; Ambient Energy, a Birmingham company, is building a prototype to extrapolate water from air; and Zeroplex, a Norwegian company also in Birmingham, generates power by converting the pressure of water flows into electrical power.
In addition, H2Opportunites
, a statewide water business accelerator, has been established in Oakland County.
Row, row your boat ...
A state known for being a national leader in boat ownership is just beginning to experiencing kayaking. Eight years ago, kayaking in the Detroit River was for eccentrics, and there wasn't a shop to buy kayaks or gear. Tiffany and Peter VanDeHey established Riverside Kayak in Wyandotte, began providing guided kayak tours of the lower Detroit River, and eventually expanded to Trenton and the east side of Detroit.
"The Great Lakes are inland seas," Tiffany VanDeHey says. "They have a lot of conditions the oceans would have."
Demand has grown considerably since starting the business, she adds. From selling 35 kayaks a year, they now sell as many as 350. And they provide guided river tours for nearly 500 people per year. "When we first opened people didn't think you could kayak on the Detroit River. There was a lot of fear. ... It's amazing, paddling in the Detroit River, the nature that you see, the industry, the historical aspects of certain areas. I've paddled all over the world and this is one of the top places to paddle."
The lower Detroit River represents some of the most progressive public-private environmental restoration projects in the world; much of it under the auspices of the U.S. Fish and Wildlife Service, including the 5,763-acre Detroit River International Wildlife Refuge, which includes a 50-mile greenway trail to Lake Erie Metropark.
"Water is going to be the new oil," predicts Refuge Manager John Hartig. He has supervised 41 projects along the river. He contends that there is significant water innovation in the region's urban areas, particularly along the Rouge River, which he says is the first urban river in the nation to have all of its bordering communities required to have storm water permits.
Are we a leader in water innovation? "In general, we are not," says Hartig. However, the region is well-known for soft-shore engineering, converting industrial land to natural habitat, restoring riverbeds and wetlands, and reconstructing fish habitat.
From harnessing the power of water, to preserving it and playing in it, the state once known as the "water wonderland" is poised to become the "water innovator."
But folks are still testing the waters.
This story, by Dennis Archambault, originally appeared in Metromode on Aug. 25, 2011.
Faced with increasing risks of intense storms, heat stress, clean water availability and economic hardship, municipal leaders are seeking high-quality, location-specific analyses to help plan for climate change impacts.
That is the focus of a new $1.2 million University of Michigan research project called the Great Lakes Adaptation Assessment for Cities.
Led by U-M's Graham Environmental Sustainability Institute and supported by The Kresge Foundation with $600,000 in matching funds, the three-year project seeks to strengthen the science and decision-making necessary for more effective urban climate adaptation in the Great Lakes region, in both Canada and the United States. Researchers, staff, students and stakeholders from across the region will collaborate to make this happen.
"While there is abundant research on climate change at national and global scales, there is a gap in regionally focused adaptation planning for effectively addressing this pressing issue," said Arun Agrawal, professor of natural resources and environment and co-principal investigator for the project. "The Great Lakes project is helping to fill this gap by providing the place-based information needed for developing and improving policy decisions and infrastructure investments."
Don Scavia, director of the Graham Institute and co-principal investigator on the project, concurred.
"Every day, city administrators, land-use planners, mayors, and other key decision makers face questions about to how to better prepare for, and deal with, the impacts of climate change in our region," he said. "This project will generate datasets, tools, and a network of stakeholders that will be extremely useful for decision makers in private and government sectors."
Read the full story here.
The National Institute of General Medical Sciences of the National Institutes of Health (NIH) has announced a five-year grant of more than $3 million to support the Wayne State University Initiative for Maximizing Student Development (IMSD) program.
WSU's IMSD program, established in 1978 as the Minority Biomedical Research Support program with NIH support, aims to provide undergraduate and graduate students with a more personalized experience to foster career development while enhancing persistence and success in science majors. The program provides undergraduates with opportunities to maximize academic and research skills, and helps graduate students gain experience in teaching, mentoring and course development.
At Wayne State, the program has supported more than 700 students. As of 2010, 390 of undergraduates in the program have gone on to complete bachelor's degrees, 64 have obtained master of science degrees, and 68 have gone on to complete doctorates.
"We're pleased that the NIH has seen fit to continue our efforts to support the research efforts of students who otherwise might not be able to take part in such activities," said Joseph Dunbar, Ph.D., WSU associate vice president for research and IMSD program director. "In line with its mission as an urban research university, Wayne State has a long tradition of offering research opportunities to underrepresented students, and this renewed support will allow us to continue to do so."
Students like Tamaria Dewdney have benefited from the IMSD program. "I fell in love with research, and that probably wouldn't have happened if I hadn't had that initial exposure to a research lab," said Dewdney, who completed her undergraduate work in 2009 and now is in the second year of a doctoral program in biochemistry. "Coming out of high school not a lot of people know about research, and I definitely was one of them."
Read the full story here.
The Venture Accelerator at the University of Michigan's North Campus Research Complex is filling up fast. Three more start-ups have signed leases, bringing the incubator to 60-percent capacity.
"By the end of the year we will be at capacity," says Jim O'Connell, director of the University of Michigan Venture Accelerator. "Since it's an accelerator we won't have 100 percent usage. It will be at 85-90 percent capacity." He adds that a consistent rotation of growing start-ups receiving incubation services will keep the accelerator filled.
U-M opened the Venture Accelerator in the North Campus Research Complex
, formerly Pfizer's Ann Arbor campus, seven months ago with the idea of providing space, services and mentoring for start-ups commercializing university technology and research. Those start-ups include life sciences, clean-tech, software and other technology ventures with anywhere from 3-15 employees. When the accelerator is full it will provide space for up to 15 emerging companies.
"We have 4-5 other leases in the works that should put us at capacity by December," O'Connell says.
This story originally appeared in Concentrate on Aug. 10, 2011.
Students from the Blackstone LaunchPad, Wayne State University's student entrepreneur program, and other colleges around the Metro Detroit area will showcase their business models at Wayne State's Get Launched! event, 9 a.m.-2 p.m. on Tuesday, Nov. 15, 2011, in the Student Center Ballroom, 5221 Gullen Mall, Detroit.
Also at the Get Launched! event, Hatch Detroit will reveal the winner of their contest for the next great Detroit-based retail business idea. The prize is $50,000 cash and a suite of donated professional services. The Hatch Detroit contest is open to the public and the deadline for submission is Thursday, Sept. 1; visit http://www.hatchdetroit.com
for more details.
During the event, the students with the most innovative business models will have the opportunity to pitch them before a panel of Detroit business leaders, "Shark Tank" style. The panel will include Rishi Jaitly of the Knight Foundation, Hatch Detroit founders Ted Balowski and Nick Gorga, Slow's Bar-B-Q owner Phil Cooley, and Dan Izzo of BizdomU.
There also will be opportunities during Get Launched! to win cash and prizes. The event is free and open to the public. For more information, call Aubrey Agee, senior program administrator for Blackstone LaunchPad, at 313-577-1533.
Read the full story here.
Lakes, streams and wetlands are not isolated ecosystems, and a Michigan State University professor and her colleagues are pioneering a new field of research to show just how interconnected they are to their surroundings.
Patricia Soranno, associate professor of fisheries and wildlife, has netted a $2.2 million National Science Foundation grant to gauge land use and climate change’s impact on freshwater ecosystems, and in the process, pioneer the research field of landscape limnology.
Soranno is leading a team of researchers from three universities who have been awarded a five-year grant from macrosystem biology, a new program studying ecosystems at the continental scale. They will use landscape limnology as the foundation of their work, which is the study of bodies of water as they interact with one another as well as with natural and manmade features to learn how all these factors affect freshwater processes.
"Traditionally, bodies of water have been studied as isolated ecosystems," said Soranno, an MSU AgBioResearch scientist. "Our research uses landscape limnology to study freshwaters as integrated elements in the landscape to improve our understanding and develop approaches needed for multi-ecosystem management."
For example, a lake in Minnesota’s Boundary Waters faces different influences – both natural and manmade – than a body of water near a large urban setting, such as Detroit.
"Our goal is to create a new understanding so tools can be made for natural resource managers to address their unique freshwater resources in a landscape context instead of simply viewing them as single entities, disconnected from all that surrounds it," Soranno added.
Soranno and her interdisciplinary team of researchers, including MSU professors Kendra Spence Cheruvelil, fisheries and wildlife, and Pang-Ning Tan, computer science and engineering, will collect data on lakes, nutrients and watersheds from more than 5,000 lakes in more than 10 states. Thanks to the Clean Water Act and the wealth of data it has generated, they have more than 30 years of data to analyze, using the latest statistical modeling and geographic information system tools and eventually, made available to the public.
The results will help communities and states to better manage the impact of urban and suburban development, fish stocking and regulations, herbicide applications and water withdrawal policies.
Read the full story here.
Make plans to attend the MI H2Objective conference where the latest water-related topics and innovations will be at the forefront of discussion. This two-day conference aims to connect scientists and researchers in academia and industry from across the state of Michigan to explore and discuss the areas that bring together Water and the Landscape, Water and Health, and Water and Energy. The conference will feature plenary sessions on models for research and development partnerships, break out discussions for building collaborations, a student poster session, and technology demonstrations.
Available tours include a Conservation Tour of Milliken State Park, an Urban Farm Tour focusing on access to water, a Detroit River Cruise Tour, and a Ford Factory Environmental Tour with an emphasis on sustainable design.
More information and conference registration available here.
Wayne State University President Allan D. Gilmour, Michigan State University President Lou Anna K. Simon and University of Michigan President Mary Sue Coleman will speak at a luncheon hosted by the Detroit Economic Club at the Westin Book Cadillac on Tuesday, Oct. 4 at 11:30 a.m.
The topic of the conversation will be "Creating a Dynamic 21st-Century Business Model for Economic Recovery."
The program is as follows:
11:30 a.m. - Network cafe
11:30 a.m. - Speaker's Reception: Open to Board, Life and Sustaining Members
12:00 p.m. - Luncheon
12:30 p.m. - Program
1:30 p.m. - Adjourn
Register for the luncheon here.
Vortex Hydro Energy has one alternative-energy-generating prototype out of the water and is preparing to sink another one soon.
The University of Michigan spin-out is developing a device that harnesses the power in river currents through a physical phenomenon of vortex-induced vibration. Water current flows around cylinders, inducing transverse motion, which is then turned into electricity. It doesn't have propellers or other traditional water-harnessing technology. The six-year-old start-up tested a prototype of its technology in the St. Clair River last year.
"It went pretty well," says Gus Simiao, CEO of Vortex Hydro Energy
. "We're in the process of developing our next generator. We're shooting to put it in the water sometime next year."
Vortex Hydro Energy is aiming to commercialize this technology by 2014. It has recently hired two employees to push it closer to that goal, expanding its team to five people. The Ann Arbor-based firm conducts its research at the U-M Marine Hydrodynamics Lab
and has also recently taken up office space in Dexter.
This story originally appeared in Concentrate on July 27, 2011.
Pretreating non-edible biomass – corn leaves, stalks or switch grass – holds the keys for unlocking its energy potential and making it economically viable, according to a team of researchers led by Michigan State University.
Shishir Chundawat, a postdoctoral researcher, and Bruce Dale, professor of chemical engineering and materials science, of MSU led a team of researchers in identifying a potential pretreatment method that can make plant cellulose five times more digestible by enzymes that convert it into ethanol, a useful biofuel. The research was supported by the Great Lakes Bioenergy Research Center, a partnership between the University of Wisconsin and MSU and published in the current issue of Journal of the American Chemical Society
Currently, ethanol or other biofuels can only be produced in usable quantities if the biomass is pretreated with costly, potentially toxic chemicals in an energy-intensive process. The new discovery could change that.
"What we've discovered is something like a cost-effective switch or a lever," Chundawat said. "By using an ammonia-based solvent, we were able to pull a lever and flip the entire cellulose crystal from one structure to another, one that's much easier to break down."
Biomass is a desirable renewable energy source because fermentable sugars within the cellulose network of plant cells can be extracted with enzymes and then converted into ethanol. Unfortunately, it's a very complicated process, and one of the big difficulties in creating biofuels from plant matter is that cellulose tends to naturally orient itself into a sheet-like network of highly ordered, densely packed molecules.
These sheets stack upon themselves and bond together very tightly due to strong interactions between molecules – somewhat like sheets of chicken wire stacked together and secured by loops of bailing wire. This stacking and bonding arrangement prevents enzymes from directly attacking most of the individual cellulose molecules and isolating the sugar chains within them.
During pretreatment, researchers removed water and increased the ratio of ammonia. The result was seeing the so-called bailing wire being replaced with loose thread, which made it vulnerable to conversion into sugars. The end result is a potentially less costly and less energy intensive pretreatment regimen that makes the cellulose five times easier to attack. While increasing the rate of enzyme success improves biomass conversion, this research also opens the door for future improvement of cellulose-degrading enzymes.
Chundawat and Dale worked with researchers from the GLBRC and the U.S. Department of Energy's Los Alamos National Laboratory. The GLBRC is one of three Department of Energy Bioenergy Research Centers funded to make transformational breakthroughs that will form the foundation of new cellulosic biofuels technology. The GLBRC is led by the University of Wisconsin, with MSU as the major partner. Additional scientific partners are DOE National Laboratories, other universities and a biotechnology company.
For more information, visit www.glbrc.org
. LANL is a multidisciplinary research institution engaged in strategic science on behalf of national security. For more information, visit www.lanl.gov.
Last year, the Blackstone LaunchPad took off at Wayne State University with the goal of growing the entrepreneurial ecosystem throughout the school. One year later, the program is well on it way to developing that ecosystem touching students of all concentrations, ages and interests.
In its first year, Blackstone LaunchPad has accommodated 170 participants, 45 of which have submitted business ideas. Of those 15 visit the LaunchPad's office in the undergraduate library multiple times and 10 are consistent users. Of all of those people, the program is currently helping four businesses either get started or grow.
"To be an entrepreneur you have to want it," says Aubrey C. Agee II, the senior program administrator for Blackstone LauncPad at Wayne State University. "We try to put those opportunities in front of them."
Those going concerns receiving help from Blackstone LaunchPad are Static Force, a graphic artist firm; Project Footprint, a non-profit that provides water filtration systems and books to villages in Africa; PayItForward, a nonprofit that places formerly at-risk teens into internships with nonprofits; and Bierut Baker, an existing business that needed help to grow.
These ventures have come from a variety of students, ranging from freshmen to a 3rd year medical resident to teens to middle-aged students. Blackstone LaunchPad plans to significant increase but not quite double its participation next year, welcoming in new businesses and helping the existing one it has grow.
"They are all real positive people," says Bill Volz, executive director of Blackstone LaunchPad at Wayne State University. "Nobody is like, 'don't do that.' If we can put a positive spin on a conversation, we will do it."
This story originally appeared in Model D on July 26, 2011.
The University of Michigan is creating one more synergy to help spin out more of its research into successful companies by having the university's College of Engineering
and Stephen M Ross School of Business
partner to offer a masters degree in entrepreneurship.
"This will provide not only an entrepreneurial mindset but will enable more tech transfer from the university to the private sector," says Doug Neal, managing director of the Center for Entrepreneurship at the U-M College of Engineering.
The university already has a strong pipeline for turning cutting-edge technology into promising start-ups. Last year, almost 300 discoveries made at U-M went through the university's Office of Technology Transfer
. That led to 153 patent applications and 10 spin-out companies. On top of that, 50 student-run companies have utilized the TechArb
student business accelerator.
U-M officials would like to strengthen this pipeline with the new dual-school degree. The hope is that the new course of study will continue to create more synergies between the engineering and business schools, thus inspiring more entrepreneurs to spin out U-M technologies into companies.
"There has always been a close relationship between the College of Engineering and the Ross School of Business," Neal says. "We have had a number of partnerships in the past."
This story originally appeared in Concentrate on July 27, 2011.
Researchers from Michigan State University's College of Human Medicine, Van Andel Research Institute and the Translational Genomics Research Institute are investigating a drug that has the potential to not only alleviate Parkinson's symptoms but also halt the disease's progression.
A $400,000 grant from the Michael J. Fox Foundation for Parkinson's Research – part of $2.4 million in funding the foundation awarded this week to institutions nationwide – will fund the research project.
Researchers are focusing on the drug Fasudil, which is currently approved in Japan to improve blood flow to the brain in stroke victims and has shown similar positive outcomes in U.S. clinical trials.
In 2009, investigators from the Translational Genomics Research Institute in Arizona and Arizona State University reported that a form of Fasudil had the potential to help improve learning and memory and reduce the risk of Alzheimer's disease. Van Andel researchers also recently discovered the potential of the drug in Parkinson's when they were testing various drugs that reduce the toxicity caused by a defective PARK1 gene, a gene implicated in Parkinson's disease.
"The potential of this drug is exciting not only because it could halt disease progression where other treatments only provide symptomatic relief but also because of how quickly it could be made available to patients," said Jeffrey P. MacKeigan, head of Van Andel's Laboratory of Systems Biology and co-investigator on the project with Caryl E. Sortwell of MSU's College of Human Medicine.
"Fasudil has a very favorable safety profile in humans and already is available in Japan as an oral tablet, so we could be seeing clinical trials within two to three years," MacKeigan added.
The development of new drugs is expensive and time-consuming, said Kuldip Dave, associate director of research programs at MJFF.
"In fall 2010, MJFF launched our inaugural repositioning program to address these realities and to attempt to reduce the time and costs involved in finding drugs that could help people living with Parkinson's," Dave said.
The next step in the project is for researchers from MSU to validate the therapeutic use of Fasudil in disease models of Parkinson's. Ultimately, the goal is to determine whether Fasudil has the therapeutic potential to protect and restore degenerating neurons in Parkinson's.
"This collaboration highlights the strength of strategically aligning teams from two research organizations with different skill sets," said MSU's Sortwell, a professor in the Division of Translational Science and Molecular Medicine. "The Van Andel/TGen team has expertise in cell biology and proteomics, while our researchers have extensive experience in Parkinson's disease systems biology and modeling. Together both organizations share the goal of helping those afflicted with Parkinson's to live better lives as a result of their respective research programs."
Kezhong Zhang, Ph.D., assistant professor of molecular medicine and genetics and of immunology and microbiology in the School of Medicine at Wayne State University, was awarded $1.7 million by the National Institute of Diabetes and Digestive and Kidney Diseases of the National Institutes of Health to explore how molecular elements in the body regulate the development of non-alcoholic fatty liver disease (NAFLD).
The liver is an irreplaceable organ responsible for processing foods into essential energy and nutrients. According to the American Liver Foundation, 25 percent of Americans suffer from NAFLD, which involves the buildup of excess fat in the liver. Fatty liver disease is typically attributed to the consumption of alcohol, but NAFLD is a form of fatty liver disease that occurs even if a person does not consume alcohol. The condition frequently precedes or coexists with obesity, Type 2 diabetes or cardiovascular disease.
Zhang aims to identify the mechanism that regulates CREBH (cyclic AMP-responsive element-binding protein H), a transcription factor he believes is closely associated with the progression of NAFLD. Transcription factors are molecules that either promote or block the body from interpreting the DNA codes that tell the body what kind of proteins it needs to produce.
"Recently, we have accumulated strong preliminary evidence that CREBH plays a crucial role in regulating hepatic lipid homeostasis under metabolic stress conditions," Zhang said. In a previous study, Zhang and his colleagues found that when they removed CREBH from the animal body, the accumulation of fat was reduced in the liver but increased in the blood stream.
Zhang hypothesizes that an excess of saturated fatty acids or inflammatory stimuli activates CREBH to facilitate fat production and digestion. Because fat contents are stuck in the liver, CREBH activity is crucial for the excessive fat buildup that characterizes and propagates NAFLD.
"This project will not only define the molecular basis by which a novel stress-sensing protein factor regulates lipid metabolism, it will also be significant for designing new strategies to prevent and treat human non-alcoholic fatty liver disease and its associated metabolic syndromes," said Zhang.
The first step in Zhang's investigation is to identify the mechanism that causes fatty acids to activate CREBH. He will then decipher the molecular code that allows CREBH to control the amount of fatty acids in the liver. His final step will be to understand the involvement of CREBH in taking fatty liver disease to its more severe state, steatohepatitis.
Zhang is collaborating with School of Medicine colleagues Leonard Lipovich, Ph.D., assistant professor of molecular medicine and genetics and of and neurology; Todd Leff, Ph.D., associate professor of pathology; Bruce Berkowitz, Ph.D., professor of anatomy and director of WSU's Small Animal MRI Facility. Zhang is also working with Stephen Duncan, D.Phil., Marcus Professor of Human and Molecular Genetics at the Medical College of Wisconsin; and Maria Isabel Fiel, M.D., professor of pathology at the Mount Sinai School of Medicine in New York City.
A new study from the Anderson Economic Group, produced by the University Research Corridor, says information and communication technology is an up-and-coming industry in Michigan.
Information technology employs about 135,000 workers, or 3.5 percent of the state's work force, according to the report. And the jobs pay an average salary of $64,000, about $20,000 higher than the private sector average.
"From mobile applications to smart phones and medical imaging devices, this sector represents a key part of doing business in Michigan," said Jeff Mason, executive director of the University Research Corridor.
Read the full story here.
Responding to President Obama's call to action, University of Michigan President Mary Sue Coleman joins leaders from five other universities as part of the Advanced Manufacturing Partnership, a national effort bringing together industry, universities and the federal government.
The goal of the new AMP is to invest in the emerging technologies that will create high quality manufacturing jobs and enhance the United States' global competitiveness.
As part of the Advanced Manufacturing Partnership, Obama's plan, which leverages existing programs and proposals, is to invest more than $500 million to jumpstart this effort. Investments will be made in building domestic manufacturing capabilities in critical national security industries; reducing the time needed to make advanced materials used in manufacturing products; establishing U.S. leadership in next-generation robotics; increasing the energy efficiency of manufacturing processes; and developing new technologies that will dramatically reduce the time required to design, build, and test manufactured goods.
"This initiative matters more to Michigan than any other state," Coleman said. "We are at ground zero for losses in manufacturing jobs. But we also are better positioned to be the epicenter of manufacturing innovation. We know how to retool."
Read the full story here.
Wayne State University is helping TechTown startup companies secure the best and brightest college talent with a new incentive program that rewards entrepreneurs for hiring work-study students. Companies in the TechTown community will now be eligible to receive a 50 to 100 percent reimbursement from Wayne State of the students' work-study salaries. The effort reflects a novel collaboration between the University and TechTown to attract businesses to Detroit.
"The goals of the program align with the economic development goals of the region," said TechTown General Manager Leslie Smith. "Attracting high growth companies, top talent and professors who commercialize their ideas, patents and publications will create jobs. Student internships are critical to the prevention of a regional brain drain and integral to the continuous creation of young entrepreneurial talent, which is good for all of us."
According to Faris Alami, entrepreneurial talent champion at TechTown, this is "a win for the university, a win for the students, a win for the companies and a win for the community." Alami, who has given rise to numerous startups by matching clients' diverse skill sets with small business needs, noted, "The students gain first-hand knowledge of the startup life cycle through exposure to new and innovative technologies, and, in the process, become entrepreneurial themselves."
Read the full story here.
Michigan State University is among several institutions that will share a five-year, $25 million grant designed to prepare students to work on the country's nuclear security needs, including the threat posed by the potential proliferation of nuclear weapons.
The grant is from the Department of Energy's Nuclear Security Administration. It will fund the Nuclear Science and Security Consortium, which will focus on education and hands-on training of undergraduate, graduate and postdoctoral students. The core set of experimental disciplines that support this mission include nuclear physics, nuclear chemistry, nuclear instrumentation and nuclear engineering.
"MSU's role is one of the sources for the pipeline of talented researchers who can take positions at the U.S. national laboratories to solve some of the greatest challenges of U.S. national security," said Brad Sherrill, chief scientist of the Facility for Rare Isotope Beams at MSU and leader of the MSU team on the NSSC project. "MSU is the top nuclear physics graduate program in the nation and hence is one of the top places where students learn about nuclear science. This makes MSU a natural partner in such a venture."
Read the full story here.
The New York Times
profiles the young, entrepreneurial spirit of new Detroiters and explores how their projects are changing the face of the city: opening restaurants, starting arts organizations, filling in neighborhoods and making an economic impact.
"Detroit Venture Partners is offering start-up financing to early-stage technology companies; Techtown, a business incubator, research and technology park associated with Wayne State University in Detroit, is providing support to entrepreneurs and emerging companies through its "Thrive" program. And Bizdom U, an "entrepreneurial boot camp" started by Dan Gilbert, the founder and chairman of Quicken Loans, is offering graduates of its four-month-long course financing opportunities of up to $100,000 if they base their start-up in Detroit.
"Downtown Detroit is quickly becoming a hotbed for both entrepreneurs and entrepreneurial companies," said Mr. Gilbert, who plans to fill two downtown office buildings he recently bought, as well as one he has a contract to buy, with tech and Web-based companies."
Read the full story here
A team of Wayne State University researchers was awarded $330,000 from the National Science Foundation (NSF) to develop a 3-D neural probe. Their aim is to develop an implantable device that will suppress tinnitus, a neurological disorder that affects more than 250 million people worldwide.
With the ever-expanding knowledge in the fields of neuroscience and neurosurgery, there is an increasing need for devices and tools that enable neuroscientists to delve deeper into the physiological and pathological function of neural tissue at the level of groups of neurons. A variety of neural probes developed have significantly contributed to important discoveries within the neuroscience community. Despite this steady progress over the past two decades, there is a strong demand for improved probes with new functionality. The Wayne State team will address this need by developing a 3-D neural probe that simplifies the fabrication and assembly process of high-density 3-D arrays of electrodes.
Read the full story here.
Collaborative work being done by engineers and researchers at General Motors, alongside faculty and students at the University of Michigan College of Engineering, is helping to guarantee the 16 kWh lithium-ion battery system used in the Chevrolet Volt meets exceptional quality standards.
"We have greatly enjoyed this productive partnership with General Motors, which is in its fourteenth year. The technology we implemented in the Volt battery plant is another example of the fruits of this successful partnership," commented Jack Hu, G. Lawton and Louise G. Johnson Professor of Engineering and the university co-director of the General Motors Collaborative Research Lab (CRL) in Advanced Vehicle Manufacturing and leader of the project.
Jeff Abell, lab group manager in manufacturing systems research at GM and co-director of the CRL added, "This is a great example of successful technology development and transfer resulting from the partnership between GM and U-M."
Read the full story here.
Detroit Free Press
business writer John Gallagher examines the economic impact of the Great Lakes and its potential for future job growth and technology innovation in Michigan in the first of a series about the present and future of Michigan water.
"In the past year or two, all sorts of efforts have begun in Michigan to create a blue economy -- purifying water, recycling it, measuring how clean or dirty it is and providing water-based expertise to the world. The market for water technology is estimated at $500 billion a year and growing.
"We're sitting on liquid gold," said Dave Egner, director of the New Economy Initiative, a coalition of nonprofit foundations hoping to steer Michigan toward a new economic future."
Read the full story here
As human populations increase and available arable land decreases, agricultural systems are under pressure to produce more food more efficiently.
Michigan State University researchers believe that breeding dairy cows that produce milk with less feed can help meet this goal.
"We already know how to get cows to produce more than 100 pounds of milk a day – we have the science to be able to do that," said Mike VandeHaar, animal science professor and MSU AgBioResearch faculty member. "Our question now is whether some cows are genetically predisposed to produce that milk with less feed. If we find that feed efficiency is inherent in a cow's DNA, it will improve our ability to sustainably produce the milk and dairy products that our growing population consumes."
Through a $5 million grant from the U.S. Department of Agriculture's National Institute of Food and Agriculture, VandeHaar and his fellow MSU researchers have set goals to increase the efficiency and sustainability of milk production.
Read more about them here.
The University Research Corridor hosted four hours of media interviews with the presidents of Wayne State University, University of Michigan and Michigan State University at the annual Makinac Policy Conference, held May 30 - June 1.
These conversations on policy, jobs, and moving Michigan forward made headlines, several of which are rounded up below:IT firms are hiring in the metro Detroit areaMLive.com, 6/6/2011
Editorial: Keep the talent hereDetroit Free Press, 6/3/2011
New Economy Initiative awards new program $450,000 to encourage international students to stay in stateCrain's Detroit Business, 6/2/2011
New Economy Initiative wants international students to stayCrain's Detroit Business, 6/2/2011
URC to launch Global Detroit International Student Retention ProgramR & D Magazine, 6/2/2011
Report: Info Technology Has Potential In MichiganWDIV Detroit, 6/2/2011
URC Touts IT, Launches Student Retention EffortCBS Detroit, 6/2/2011
Mackinac Island notebook: The secret to successful students?Detroit Free Press, 6/2/2011
The New Economy Initiative of Southeast Michigan has awarded the University Research Corridor (URC) a three-year, $450,000 grant to launch the Global Detroit International Student Retention Program to retain international talent in the region. The program is based on recommendations outlined in a May 2010 Global Detroit study funded by the New Economy Initiative.
The objectives of the Global Detroit International Student Retention Program include:
- Marketing the region to international students from the moment of first contact to graduation
- Recruiting employers to hire international students
- Navigating immigration legal barriers
- Developing an ongoing presence and relationships with participating universities, international students, and related international organizations
According to URC Executive Director Jeff Mason, the Global Detroit International Student Retention Program directly supports the URC's mission to transform, strengthen and diversify the state's economy. It also cooperatively links the URC with other college and university partners in Michigan to achieve this shared goal.
"Michigan's reinvention requires us to retain the best talent we can," Mason said, "regardless of whether those students hail from Michigan or come here to study in our great universities. By attracting and retaining the best and brightest, we can accelerate the pace of change to a high-tech, highly skilled knowledge-based economy."
Key findings of the Global Detroit report reveal that:
- Michigan has more than 23,500 international students -- the 8th largest population of international students of any state.
- International students contribute nearly $600 million annually to our local economies.
- Immigrants file nearly 50 percent of Michigan's international patents and are three times as likely to start a business.
According to New Economy Initiative Director David Egner, the Global Detroit International Student Retention Program is an appropriate next step in response to these compelling factors. Egner said he concurs with Global Detroit's recommendation that international student retention promises to "increase the prosperity of the region, as well as the number of high-tech firms...[and] make the region more innovative."
"Not only can these students improve the overall education levels of the state's workforce," Egner said, "but, because Michigan's international students overwhelmingly excel in critical STEM fields (science, technology, engineering, and mathematics), they can contribute to the growth of emerging sectors in Michigan's new economy."
The Global Detroit Study noted research by Vivek Wadhwa at Duke University and Anna Lee Saxenian at the University of California-Berkeley, which shows that "foreign born talent already has had a profound impact on Michigan's tech economy with an estimated 32.8 percent of all the high technology firms created in the state from 1995-2005 having at least one immigrant founder."
Michigan Governor Rick Snyder publicly announced his support for retention of international talent as part of his strategy for economic recovery. "In my State of the State address this year I called for us to establish an exciting new initiative to encourage immigrants with advanced college degrees to come to Michigan to live and work," said Snyder. "This effort will complement my Global Michigan Initiative. I am pleased that NEI has entrusted the URC to begin efforts in southeast Michigan to retain international students. Immigration made us a great state and country. It is time we embrace this concept again as a way to speed our reinvention."
The Global Detroit International Student Retention Program Strategic Partners include Eastern Michigan University, Lawrence Technological University, Michigan State University, Oakland University, University of Michigan, University of Michigan – Dearborn, Wayne State University as well as the American Immigration Lawyers Association (AILA – Michigan), the Detroit Regional Chamber, The New Economy Initiative of Southeast Michigan and Michigan's University Research Corridor.
Immigration and Michigan's Economic Future
New Michigan Media Conference: July 18, 2011
Reigster here by July 10
Featured speaker: Governor Rick SnyderWhat:
Statewide conference on the role of immigrants and immigration in the State and Michigan's economy. Governor Snyder's first major speech on immigration and Michigan. The conference is free.Who:
Policy & business leaders including Compuware former CEO Peter Karmanos Jr., Detroit City Councilman Ken Cockrell Jr & WSU President Allan Gilmour.
10:30 - 11:15 AM:
-Can immigrants save Detroit?
12:30 - 2:00 PM:
2:15 - 3:30 PM:
-Entrepreneurship and Immigration
-Focusing on immigrants makes economic sense
3:45 - 5:00 PM:
-International student retention
-Nearshoring, EB-5 and other opportunitiesWhere:
Monday, July 18, 9:00 AM - 5:00 PM
McGregor Memorial Conference Center (Registration)
495 Ferry Mall, Wayne State University, DetroitConvenors
: New Michigan Media, network of ethnic media in Michigan, and Global Detroit. Sponsored by McCormick Foundation and the New Economy Initiative of Southeast Michigan. For more information or to register, click here.
URC seed funding of more than $750,000 will support two major environmental health studies including researchers from all three member institutions: Michigan State University, the University of Michigan and Wayne State University.
"We believe that one significant value of the URC alliance is our opportunity to provide seed funding for collaborative research that offers transformational promise," says Jeff Mason, URC executive director.
"This funding will better position our researchers for national competitiveness, as well as help influence the outcomes of both state and national environmental health policy decisions," adds Mason.
This competition requires that proposals reflect the collaboration of two or more URC institutions and that a URC faculty member (or members) serve as Principle Investigator or Co-Investigators. The URC received 11 letters of intent from interested researchers and invited 5 teams to present full proposals.
One of the projects, The Michigan Bloodspot Environmental Epidemiology Project, will utilize the State of Michigan's newborn blood spot repository to investigate whether researchers can obtain environmental exposure and genetic information from the available bloodspots, said Dr. Nigel Paneth of Michigan State University and U-M's Dr. Howard Hu, co-principal investigators on the project along with Professor Douglas Rudin from the Institute of Environmental Health Sciences
at Wayne State University.
The project will link the blood spot database (with the families' permission) to the data collected on families who will enroll in the arm of the National Children's Study
now being conducted in the state by another team of URC researchers.
"This study provides a unique opportunity to enlarge our understanding of environmental hazards to reproduction and development. We should be able to have a much better understanding of how the environment shapes the trajectory of development in children with the findings of this study," says Paneth.
The researchers say that the project also will set the foundation for developing a virtual scientific center on environment and health in Michigan that will make use of the strengths and skills of all three universities, each of which has notable aptitudes in this important public health arena.
The Michigan Bloodspot Environmental Epidemiology Project will receive a total of $450,000 in URC seed funding over three years.
The second winning research proposal will study the affects of air pollution on asthma in the Dearborn area Arab American population. Investigators brought together on this proposal have been actively engaged with members of the team in air pollution or respiratory issues in Southwest Detroit for many years, says Mary Dereski, associate professor at Wayne State University and principal investigator of the project.
"Our mutual concern is the impacts of air pollution on the incidence of asthma not only in children, but also in the elderly population of Arab Americans in Detroit's neighboring highly polluted city of Dearborn," says Dereski in a cover letter describing the project.
"Results of this study will be instrumental in identifying the causative agents and suggesting relevant preventative measures that can be taken to lessen acute asthma events in these vulnerable populations," adds Helena Krouse, co-principal investigator and professor of nursing at Wayne State University.
Experts from all three universities are brought together from their respective fields through these seed monies. This funding opportunity allows for an unprecedented collaboration and communication between public health, population science and bench science, notes Dereski.
Co-principal investigators on the project also include Jack Harkema, distinguished professor in MSU's College of Veterinary Medicine and Masako Morishita, assistant research scientist in U-M's School o f Public Health.
The asthma study will receive about $317,000 in URC seed funding over three years.
"Both of the funded projects demonstrate significant collective expertise in public health across the three campuses," notes Mason.
The URC sponsored a symposium on Environmental Health Sciences in January 2010, one of its new Symposia Series. One of the outcomes of the symposium was the establishment of four committees that have continued to meet and explore areas of collaboration.
"The discussion and committee formation that came out of the symposium really became the catalyst for the funding opportunity," says URC program director Vince Nystrom.
The funding opportunity for environmental health research is the second such seed funding program. In 2008 the URC designated $900,000 over three years for "revolutionary but feasible" alternative energy research. One of the winning research projects in that round went on to receive a $12 million research award from the National Science Foundation.
A sweet partnership has helped resurrect Michigan's $444 million sugar beet industry.
In 1996 the industry was in peril. Yields hit an all-time low due to pest, disease and production issues that greatly reduced crop health. Farmers were looking to get out of sugar beet farming and switch to more profitable crops. Industry representatives reached out to MSU to help solve the problem.
Working with the Michigan Sugar Co., MSU spearheaded the creation of the Michigan Sugar Beet Advancement program, an interdisciplinary team of scientists, industry representatives and farmers. Together, they have resurrected the state's sugar beet industry, boosting production more than 80 percent in 15 years, establishing Michigan as the nation's fourth-leading sugar beet producer and giving the state an indirect economic boost of $1 billion, said Steve Poindexter, MSU Extension educator.
"Fifteen years ago, the sugar beet industry in Michigan was struggling to survive," said Poindexter, who works with MSU's Saginaw Valley Research and Extension Center, an MSU AgBioResearch center. "Industry representatives came to MSU seeking a way to fund a position to do research and education outreach to help improve the sugar beet crop. This is a great success story that was definitely a team approach."
The team quickly began tackling 30 critical issues, such as poor emergence of plants, diseases and nematodes (parasitic worms that attack roots). They also promoted the adoption of new tillage practices, using primed (pre-germinated) seed, planting earlier, evaluating new varieties through field trials on farmers' lands as well as improving the beets' sugar quality.
"Through our research, we've been able to improve sugar content from 16 percent to 18 percent, which increases farmers' profits without them having to farm any additional acreage," said Paul Pfenninger, Michigan Sugar Co.'s vice president of agriculture. "Our goal is to continually improve this percentage and eventually reach 19 percent in the near future."
These advancements have allowed Michigan growers to produce 4 million tons of sugar beets, which translate to 1 billion pounds of white sugar. In terms of jobs, there are now 1,100 farm families raising sugar beets, and 2,300 full- and part-time people working at Michigan Sugar Co.
"We've improved sugar content and nutrient management, which has vastly increased yields and enhanced crop quality," Poindexter said. "Essentially, we've made sugar beets the crop of choice in this region."
The University of Michigan Health System is launching the Institute for Healthcare Policy and Innovation from the North Campus Research Complex, a move that could attract 500 researchers to the former Pfizer site.
The institute will harness innovative, interdisciplinary health services research to improve the health of local, national and global populations. It brings together hundreds of university researchers working on ground-breaking studies tackling issues like support for patients with chronic conditions, insurance design, and preventative care. U-M officials hope that by bringing them together at the North Campus Research Complex more collaborations and potential public-private partnerships will form.
"It's very entrepreneurial and exciting," says Dr. Thomas Schwenk, professor and chair of the Dept. of Family Medicine at the University of Michigan Health System.
"It's not something every university could do or would be willing to do. That says a lot about university leadership."
If the institute reaches its goal of bringing 500 researchers to the North Campus Research Complex
, it would make it one of the nation's largest concentrations of healthcare policy and services researchers.
"This has great potential," Schwenk says. "We're all very excited. There are hundreds of investigators from across the university that can come together on this."
This story originally published in Concentrate on May 25, 2011.
Source: Dr. Thomas Schwenk, professor and chair of the Dept. of Family Medicine at the University of Michigan Health System
Writer: Jon Zemke
In a Fast Company
survey of bold ideas shaping America's future, TechTown was singled out as a driving force behind Detroit's recent surge in tech jobs.
Excerpt: "A stunning factoid: The fastest-growing tech-job market in the U.S. over the past year was Detroit. A key part of the equation is TechTown, an incubator started in 2004 by Wayne State University that's now home to 220 firms."
Michigan State University researchers have developed an online tool to aid farmers and other members of the agriculture industry with unique weather data.
According to excerpts from the article:
Enviro-weather is an MSU website run through partnerships between MSU Extension and MSU AgBioResearch and is partially funded by the Michigan Legislature's Project GREEEN. The website synthesizes data from different collection sites around the state using basic parameters like temperature, humidity and rainfall. The site then uses that data to provide recommendations to users in terms of proper pesticide application and timing, said Larry Olsen, professor and the associate chair in the Department of Entomology. Olsen serves as one of the site's co-directors.
Read the entire article here.
At the University of Michigan College of Engineering, recent breakthroughs may lead to more effective means for harnessing the power of the sun.
Conventional means of collecting solar energy, solar cells for example, have been notoriously inefficient.
Now a team of chemical engineers at U-M is exploring new means of exploiting the abundant energy produced by Earth's nearest star. They have discovered a method for utilizing metal nano-particles, which act much like nanometer-sized light antennae, to help accelerate the production of renewable solar fuels and other chemicals.
The team, led by chemical engineering professor Suljo Linic, includes doctoral students David Ingram, Phillip Christopher and Hongliang Xin.
"The diffuse nature of solar light makes it very difficult to design processes that can convert the energy of sunlight into energy of chemical bonds at high rates," Linic said. "Our recent work shows that by using nano-particles with tailored optical properties, we can efficiently concentrate light and convert its energy into chemical energy at higher rates."
Two important findings from the team's research have recently been published in leading chemistry journals. The first article, published in The Journal of the American Chemical Society, is titled "Water Splitting on Composite Plasmonic-Metal/Semiconductor Photoelectrodes: Evidence for Selective Plasmon-Induced Formation of Charge Carriers near the Semiconductor Surface." In it the team explores the use of silver nano-antennas to enhance the ability of a semiconductor catalyst to generate hydrogen fuel from water using solar energy.
The second paper, "Visible light enhanced catalytic oxidation reactions on plasmonic silver nanostructures," and published in Nature Chemistry, points out that currently all important industrial chemical reactions are driven by thermal energy, requiring massive fossil fuel inputs. Linic and his team have developed technology where a significant fraction of energy input to drive chemical reactions can be provided in the form of solar energy. This discovery paves the way toward a more environmentally friendly chemical industry using the power of the sun.
The research is funded by The National Science Foundation (NSF) and the Camille Dreyfus Teacher-Scholar Award from the Camille and Henry Dreyfus Foundation.
The university is pursuing patent protection for the intellectual property, and is seeking commercialization partners to help bring the technology to market.
The World Health Organization (WHO) estimated in a 2009 report that each year more than 1.2 million people die of road traffic injuries, which may become the fifth leading cause of death worldwide by 2030. To combat this trend, the WHO encourages stricter enforcement of more comprehensive traffic laws. At Wayne State University, one researcher is working on another emerging idea: helping vehicles avoid collisions.
To make this idea, known as "active safety," a reality, Hongwei Zhang, Ph.D., assistant professor of computer science in WSU's College of Liberal Arts and Sciences and resident of Troy, Mich., was awarded a $425,000 National Science Foundation Faculty Early Career Development (CAREER) Award to develop a central component of active safety - wireless networks systems.
Wireless network systems are common in cellphones and Wi-Fi. But the wireless networks that make these everyday applications possible are not always reliable, as users whose calls drop daily can attest. And this unreliability can stunt the development of other wireless applications, like wireless vehicular control.
"There's an emerging trend of using wireless networks for mission-critical applications," said Zhang. "In the auto industry, there seems to be an effort to design the next generation of vehicles so that you have zero accidents. But then you may ask, 'Can we use the wireless technology we have today to support these mission critical applications?' The answer, generally, is no."
One of the issues with today's wireless technology is scheduling transmissions of information between devices, or nodes, in the network. "This issue has been around for decades," said Zhang. "If you have two nodes that want to transmit at the same time, you need to schedule the transmissions so they don't collide with each other." Otherwise, the transmission quality will be reduced. In applications like vehicular or power grid control, this could be dangerous.
Another challenge Zhang hopes to overcome involves sensing and controlling the transmission of information between devices - for example, linking traffic lights with vehicles. If a controller, which controls how the device in the network behaves, is embedded in a traffic light that has turned red, an approaching vehicle would be sensed and the controller would wirelessly signal the vehicle to stop. But in current wireless network technology, the probability of these wireless messages reaching the vehicle would change rapidly over time. "There's a complex pattern and the question is how to deal with this complexity in design," said Zhang.
As Zhang addresses today's limitations in control and scheduling of wireless networks in the Motor City, his focus is predominantly on vehicular control. But, he also sees the potential for wireless systems in health care. "It's something that's being explored heavily and, because we have a strong medical campus, I'd like to look in that direction for future research," Zhang said.
A new study from the Kauffmann Foundation
shows that the partnership of Metro Detroit's business accelerator agencies, including TechTown
, have helped create more than 1,000 jobs in local start-ups.
The Business Accelerator Network for Southeast Michigan, which is composed of TechTown, Automation Alley
, Macomb-OU INCubator and Ann Arbor SPARK
has invested $18 million in 339 companies through various funds they
manage and helped them attract another $101.2 million in seed capital.
study, conducted in the first half of 2010, also identifies the
Business Accelerator Network for Southeast Michigan's strengths, such as
mentoring for various stages of entrepreneurs, funding and utilizing
strong relationships with local universities, such as Wayne State University
and University of Detroit Mercy
study also maps out the assets and strengths of each business
accelerator so each one can better utilize each other's resources
without unnecessarily duplicating them and eliminating such duplications
when they occur. For instance, Ann Arbor SPARK has a strong background
in life sciences and bio-technology while the Macomb-OU INCubator
has extensive connections in the defense industry.
Charlton, executive director of TechTown, points out his incubator has
attracted a number of entrepreneurs interested in a large variety of
industries. While TechTown does have strong connections with Wayne State
and technology spinning out of there, it also is helping a large number
of new business people get start-ups off the ground that have
little-to-no-ties to higher education.
"Detroiters get it," Charlton says. "What perhaps is different is the type of entrepreneurship they're contemplating."
has attracted more than 5,000 people to its First Friday
entrepreneurial lectures and networking events. It now houses 237
businesses, up from just 40 a few years ago.
Source: Randal Charlton, executive director of TechTown
Writer: Jon Zemke
DETROIT — A Wayne State University School of Medicine researcher has
developed a potential first ever vaccine for Chlamydia, the world's most
prevalent sexually transmitted disease and the leading cause of new
cases of blindness.
Judith Whittum-Hudson, Ph.D., professor of
immunology and microbiology, internal medicine and ophthalmology, has
identified three peptides that have demonstrated a vaccine effect to
inoculate against Chlamydia successfully in an animal model. Those
findings could soon result in a vaccine for humans.
Patent applications on the technology have been filed by Wayne State University and licensed to a start-up company.
While Chlamydia infection can be readily addressed with a regimen of
antibiotics, the treatment does not prevent re-infection. Treatment with
antibiotics too early after infection may interfere with the natural
development of immunity to Chlamydia, Whittum-Hudson said, and
significant portions of the world lack access to basic health care
infrastructure that could offer treatment through antibiotics.
"There is no vaccine and the disease is widely rampant,"
Whittum-Hudson said. "Antibiotics, while effective in treatment, offer
no protection against re-infection."
The technology developed by Dr. Whittum-Hudson consists of novel
peptide immunogens selected from a random phage display library by an
antibody against a Chlamydial glycolipid exoantigen, or GLXA, or
peptides that correspond to antigen-binding regions of an anti-idiotypic
antibody mimic of GLXA. The peptides comprising the vaccine would
induce antibodies and other immune responses to the entire spectrum of
genus-wide Chlamydia. Whittum-Hudson said colleagues have developed a
method to encapsulate the vaccine, so that it can be delivered orally
rather than through injection, a boon to developing nations that lack
the infrastructure to support inoculations through needle injection.
Chlamydial infections are the leading cause of pelvic inflammatory
disease (PID), because Chlamydia infects the lower genital track and
then may ascend into the fallopian tubes. PID can lead to infertility,
ectopic pregnancy and chronic pelvic pain. The U.S. Centers for Disease
Control and Prevention estimates that in the United States 750,000 women
annually experience acute PID because of Chlamydia infection, and as
many as 15 percent of those women may become infertile. Because an
estimated 85 percent of women infected with Chlamydia are asymptomatic,
the disease can wreak its permanent damage before they even become aware
of the infection. Pregnant women can pass the infection to their
infants during birth, leading to eye infections, including
conjunctivitis and bronchial infections.
Chlamydia trachomatis is the leading cause of infectious blindness in
humans. Worldwide, according to the World Health Organization (WHO), as
many as 25 percent of people infected with this form will develop
permanent blindness. More than 140 million people are infected with C.
trachomatis, leaving 6 million blinded in Africa, the Middle East, Asia
and Latin America. At least 85 million eye infections annually are
attributed to the disease, the WHO estimates. With the lack of access to
basic health care in many of these regions, a vaccine would
substantially reduce, if not eliminate, blindness due to Chlamydia in
A vaccine would have significant impact on health care around the
world. The WHO estimates that 92 million people are infected with the
sexually transmitted disease form of Chlamydia trachomatis, and the
numbers continue to increase. Chlamydia trachomatis is the most commonly
reported disease in the United States and has been the most prevalent
of all sexually transmitted diseases reported to the CDC since 1994. The
numbers of Chlamydial infections in the United States continue to rise.
In 2009, the last year for which statistics are available, 1,244,180
cases of Chlamydia infection were reported to the CDC, a rate of 409.2
cases per 100,000 Americans, and a 2.8 percent increase over 2008
In rankings of states with the highest number of reported cases in
2009, Michigan placed 13th with 457 cases of infection for every 100,000
people. Mississippi ranked first (802.7 per 100,000) and New Hampshire
ranked last (159.7 per 100,000). Some studies estimated that in the
UnitedStates alone there are 4 million to 5 million new cases of
Chlamydia infection annually.
Another chlamydial species, Chlamydia pneumoniae, is responsible for
10 percent to 20 percent of community-acquired pneumonia in adults.
Chlamydiae also have been associated with arthritis, atherosclerosis,
stroke, myocarditis, chronic obstructive pulmonary disease, late-onset
Alzheimer's and temporomandibular joint disease.
Whittum-Hudson noted that animals in which the prototype vaccine has
been tested showed a decrease in joint inflammation, reducing the
reactive arthritis-inducing effect of disseminated Chlamydia.
She said the vaccine may require boosters delivered at various stages
of life. For instance, infants or children may be vaccinated, and then
receive a booster immunization as they approach sexual maturity. A
booster could be administered as a patient reaches age 40 to assist in
warding off potential cardiovascular effects of Chlamydia. Another
booster might prove beneficial at an older age to combat the effects of
Chlamydia-associated late-onset Alzheimer's disease.
Another potential benefit of the vaccine lies in the livestock and
poultry industries. Cattle, sheep and some poultry can contract
Chlamydia, leading to illness and the self-aborting of fetuses, and
respiratory infections in poultry. A viable vaccination could save the
livestock industry untold millions of dollars and protect workers in the
poultry industry who can contract the disease from infected animals.
Whittum-Hudson said that while her vaccine technology shows promise,
she needs to conduct further testing in animals and then in humans. A
viable vaccine, she said, could become available in 10 to 15 years.
For small to medium sized businesses, the idea of international
exporting never makes it beyond the idea stage. It can be prohibitively
expensive to even determine if a overseas market exists, let alone the
cost of then making it happen.
Thanks to a partnership between the MSU International Business Center
and the US Department of Commerce
, that process is about to become easier and more affordable for Michigan businesses.
are all kinds of trade-offs that companies have to make," says Tomas
Hult, Director of the MSU IBC, "and we want to help them get rid of some
of those trade-offs."
The IBC will offer pro bono market
research and analysis for companies who believe they could export
internationally. If the center finds a promising market, the U.S.
Commercial Service will provide free networking and support.
"It's a nice partnership," says Hult. "We think we provide a nice synergy in what we do."
pilot version of the program began more than a year ago when the Ford
Motor Company Foundation awarded the IBC a $50,000 grant. In 15 months
the program, which is staffed in part by five to seven dedicated student
employees and up to 30 student employees depending upon need, has
helped more then 40 companies.
"Our mission is to help us
companies become more competitive internationally," he says. The current
program, which went into effect in March, is funded by a variety of
federal government, university and grant sources.
Source: Tomas Hult, MSU International Business Center
Writer: Natalie Burg, News Editor
OcuSciences can almost see the finish line, and the end is commercialization for the Ann Arbor-based firm.
The circa-2006 start-up is in the process of developing an ocular
diagnostic technology for metabolomic diseases. In layman's terms, that
technology allows doctors to diagnose patients with diseases like
diabetes by scanning their eyes. The process has the potential to be
more accurate and catch a diabetes diagnosis much earlier than
"We are making more and more improvements as we develop the product,"
says Matt Field, business manager for OcuSciences. His company has
partnered with two pharmaceutical firms and a medical device company to
further the development as it progresses through clinical trials.
Commercialization could come as soon as 18-24 months.
University of Michigan spin-out, grew from three people to eight,
including three full-timers and a number of independent contractors.
Field expects the staffing numbers to increase as the firm gets closer
"We could go from three people to 10 or 20 very quickly," Field says. "It depends on how the clinical trials go."
Source: Matt Field, business manager for OcuSciences
Writer: Jon Zemke
ORLANDO, Fla. – Scientists from Wayne State University and the Barbara
Ann Karmanos Cancer Institute in Detroit presented a study at the
American Association for Cancer Research's 102nd Annual Meeting 2011
that identifies a key enzyme in non-small cell lung cancers that could
potentially make standard chemotherapy more effective against this
highly deadly disease.
The presentation, "Ubiquitination of RRM1 by Ring1B (RNF2) promotes its
degradation and nuclear export," was presented by Yingtao Zhang, M.D.,
Ph.D., research scientist with Karmanos and Wayne State University's
School of Medicine (WSU SOM).
Her fellow co-authors are Xin Li, M.D., research associate in the
Department of Oncology at Karmanos and WSU SOM; Zhengming Chen, Ph.D.,
assistant professor in the Department of Oncology at Karmanos and WSU
SOM; Scott N. Freeman, Ph.D., a former post-doctoral fellow at H. Lee
Moffitt Cancer Center now with the Federal Drug Administration; Jun
Zhou, M.D., a research scientist formerly with Moffitt Cancer Center;
and Gerold Bepler, M.D., Ph.D., Karmanos president and CEO and interim
chair of the Department of Oncology at WSU SOM. The research also will
be published in the 2011 Proceedings of the American Association for
The study explored the role of RRM1 (ribonucleotide reductase M1), a key
enzyme involved in tumor suppression and one that plays an essential
role in the development of lung cancer. It has a dual nature in that
while it suppresses tumors, overexpression of RRMI is strongly
associated with gemcitabine resistance in various cancers, making
chemotherapy less effective.
"The purpose of our research is to investigate the mechanisms that
control RRM1 expression and subcellular localization, which are
extremely important to understanding RRM1 functions and potentially
therapeutic applications," said Dr. Zhang. "RRM1 is crucial for DNA
damage repair and effectiveness of the chemotherapy agent gemcitabine.
Examining the ubiquitination pathway – a pathway through which cellular
proteins (i.e. RRM1) are degraded – may therefore have therapeutic
"This is a totally new research study that hasn't been done anywhere else."
Gemcitabine, described by researchers as a "blockbuster" drug, is used
in the treatment of non-small cell lung cancer, along with various other
carcinomas including pancreatic, bladder and breast cancer. It is also
being investigated for use in esophageal cancer and is used
experimentally in lymphomas and various other tumor types.
Researchers have identified a ubiquitin E3 ligase, Ring1B, a protein
associated with RRM1. It is one of the most important E3 ligases in the
ubiquitination pathway, which plays an essential role in directing the
fate and function of many cellular proteins, such as histone H2A, a
protein associated with DNA. They also found the protein level of RRM1
is regulated by a proteasome-mediated degradation pathway (i.e.
ubiquitination pathway). They discovered that Ring1B is involved in the
ubiquitination of RRM1 which leads to RRM1 degradation and translocation
from a cell's nucleus to cytoplasm, located outside the nucleus.
The team is continuing its work in understanding whether Ring1B breaks
down RRM1 completely so that cancer cells can be destroyed by
gemcitabine. Dr. Zhang, however, noted that the complete inhibition of
RRM1 and its expression induces cancer cell death.
"It is demonstrated that reduction of RRM1 level can reverse resistance
and sensitizes tumor cells to gemcitabine, implicating that targeting
the ubiquitination pathway may potentially be effective in treatment of
gemcitabine-resistant lung cancer." she said.
Researchers have been studying the ubiquitination of RRM1 for more than
two years, headed by Dr. Bepler, who joined the Karmanos Cancer
Institute as president and CEO in February 2010. Dr. Bepler said that
better therapies must be developed so that non-small cell lung cancer
patients derive better outcomes.
"Non-Small Cell Lung Cancer is very difficult to treat," he said. "The
usual response rates for patients are about 25 percent, so approximately
three-quarters of those patients have very little if any benefit from
certain treatments. Knowing up-front which treatment will and will not
work allows us to use a targeted therapy that provides the most benefit
to the patient for their specific cancer."
Researchers at the University of Michigan have taken a major step
forward in stem cell research, putting their efforts in the league of
Harvard and Stanford.
University scientists have created human embryonic stem cell lines that
carry the genes responsible for inherited disease, such as hemophilia B
and Charcot-Marie-Tooth disease. The new development has promising
implications for the treatment of these hereditary conditions.
"This is a very large step in using stem cells as a tool to see how these diseases form," says Gary Smith, co-director of the U-M Consortium for Stem Cell Therapies
and leader of the cell-line derivation project.
So far only teams at Harvard and Stanford have also developed similar
stem cell lines. Smith says U-M plans to expand its stem cell lines to
cover more diseases to further the knowledge of these afflictions.
"There are numerous other diseases we are working towards to try and understand," Smith says.
Source: Gary Smith, co-director of the U-M Consortium for Stem Cell Therapies
Writer: Jon Zemke
MSU Research Associate Professor with the Department of Physics &
Astronomy Ruby Ghosh figured out how to build an oxygen sensor that
could revolutionize the work of biologists, fisheries, breweries and
more years ago. The problem was, it included a fairly impractical
$10,000 laser to function.
"It is an idea that has been around
for a long time, even before I began working on it," says Ghosh of her
15-year-long endeavor to create an oxygen sensor that could take
continuous, real-time measurements while being portable and durable.
"The trick was developing the materials to make it work."
to Ghosh's research, the assistance of her colleague Reza Loloee and a
small, inexpensive LED light, the groundbreaking oxygen sensor is now
reality. Ghosh presented her research at the Bio-Optics: Design and
Application Conference at Monterey, California earlier this month.
the oxygen monitor has the potential to benefit an array of industries,
in practice Ghosh has tested it in two Michigan fisheries with funding
help from the Michigan Economic Development Corporation
fisheries applications we've demonstrated that it works," says Ghosh.
"There is still some R&D that needs to be done for making an
instrument for each specific application."
Though there's plenty work ahead for Ghosh and MSU Technologies
, Ghosh expects the sensors to be made available commercially in less than five years.
addition to the MEDC, Ghosh's research is also funded in part by the
National Science Foundation, the U.S. Department of Energy.
Source: Ruby Ghosh, Michigan State University
Writer: Natalie Burg, News Editor
The BIO International Convention is the largest global event for the
biotechnology industry and attracts the biggest names in biotech, offers
key networking and partnering opportunities, and provides insights and
inspiration on the major trends affecting the industry. The three
University Research Corridor universities are partnering with MichBio
and the Michigan Economic Development Corporation to exhibit and host an
event at the conference.
The conference will be held from June 27-30 in Washington, D.C. Registration information may be found here
This story originally appeared in Concentrate on Mar. 23, 2011.
A total of 20 start-ups landed $106,000. Michigan Business Challenge awarded $54,300 in prize money while the Dare to Dream gave grants worth $1,500 to $10,000 to 15 start-ups.
Among those winners is Regenerate, which markets onsite anaerobic digesters for food service operators. It was the runner-up for Best Business in the Michigan Business Challenge ($10,000), winner of the Erb Award for Sustainability ($7,500), a Dare to Dream grant ($10,000), and an Ann Arbor SPARK Bootcamp
scholarship. Regenerate also recently took the top place in the Michigan Clean Energy Prize
competition ($25,000) earlier this year.
"Regenerate has come a long ways," Faley says. "They're in the right space at the right time. They could pull this off."
He adds that this year's student-led start-ups now offer a wider variety of ideas and technologies. For instance, Faley points out that five years ago almost all the contestants were software- or medical device-centric start-ups. This year features start-ups specializing in logistics, clean-tech, websites, foreign languages, and market research, on top of the normal software and medical device companies.
"We're seeing a whole lot of social entrepreneurship," Faley says.
Source: Tim Faley, managing director of the Zell-Lurie Institute for Entrepreneurial Studies at the University of Michigan
Writer: Jon Zemke
Michigan State University has received a $2.5 million grant from the U.S. Department of Agriculture to develop strategies to reduce the amount of E. coli released by cattle, and in effect, decrease the number of foodborne illness in humans.
The project, which is being led by Shannon Manning, molecular biologist and epidemiologist in the Department of Microbiology and Molecular Genetics at MSU, will work to reduce cattle's fecal "shedding" of shiga toxin-producing E. coli.
"These infections are a national concern, particularly during outbreaks when public health agencies are rapidly trying to identify the sources to prevent additional infections," said Manning, whose work is funded in part by MSU AgBioResearch. "The data generated through this project will aid in the development of STEC control methods that can be used to improve food safety."
STEC is a leading cause of foodborne and waterborne infections, and most outbreaks are caused by contact with fecal material from cattle and other ruminant animals. However, little is known about the factors that impact shedding from these animals.
"More than 70,000 people become ill due to shiga toxin-producing E. coli every year," said Roger Beachy, director of USDA's National Institute of Food and Agriculture, who visited MSU to make the announcement. "Understanding how the bacteria contaminate water and food supplies will help prevent thousands of illnesses and improve the safety of the nation's food."
Wayne State University's Office of the Vice President for Research, the Nanotechnology Multidisciplinary Incubator and the Technology Commercialization Office cordially invite you to attend a 1-1/2 hour seminar on legal and regulatory issues associated with nanotechnology on April 11 at 2 p.m. in Bernath Auditorium, located in the David Adamany Undergraduate Library at Wayne State University.
Consider attending if you are: a nanoscientist; a manufacturer of items using nanomaterials; associated with nanotechnology commercialization; or interested in nanoscience and its products.
The seminar is free; however, registration is required. To register or to learn more about this seminar, please visit here.
This story originally appeared in Metromode on Mar. 24, 2011.
MichBio, a local non-profit advocate of the biosciences industry, is pushing an action plan to reform state legislation that will make Michigan more competitive in the bio-tech and life sciences sectors.
"What we need to assess is what we have in our tool box and how that compares to other states," says Stephen Rapundalo, president & CEO of MichBio.
The biosciences industry has emerged on top in Michigan's new economy, garnering $325 million in direct state investment. MichBio's Biosciences Action Plan, a living document, aims to map out Michigan's strengths in this realm (higher education, talent, etc.) and define the Great Lakes State's needs and opportunities for growth.
Amidst this is recognition from local leaders that a favorable business climate is necessary; bio-industry start-ups often need 15 years and millions of dollars of investment before bringing their first product to market.
Many of the reforms mentioned in the action plan combined together could have an impact similar to the recently approved Angel Tax Credit. That incentive provides a state tax credit to angel investors who make investments in start-ups, bringing Michigan in line with the leaders of early investment.
"That was something the state really needed," Rapundalo says. "It's not just our sector but every sector. It's a great tool that will bring investors here."
However, the future of that credit and legislative reform mentioned in MichBio's Biosciences Action Plan are in flux as state legislators rework the state's business tax formula. Specifically, Gov. Rick Snyder's plan to eliminate all tax credits could directly impact the angel tax credit and MichBio's initiative. "It's really up in the air," Rapundalo says.
Source: Stephen Rapundalo, president & CEO of MichBio
Writer: Jon Zemke
This story originally appeared in Concentrate
on Mar. 9, 2011
Lycera has signed a deal with Pharmaceutical giant Merck that is worth $12 million to the Ann Arbor-based start-up now and potentially another $295 million plus over the length of the deal.
Lycera, a bio-pharmaceutical spin-out from the University of Michigan, is developing small molecule drugs for treating autoimmune diseases. The deal with Merck is for an exclusive research collaboration to develop small molecules that target T-helper 17 cells, key mediators of inflammation. The idea is to develop drug candidates that rheumatoid arthritis, psoriasis, inflammatory bowel disease, and multiple sclerosis.
"This joint partnership is a significant validation of Lycera's discovery capabilities and (T-helper 17 cell) program, and enables the company to expand the scope of its research in this promising area to expedite discovery efforts as well as the timeline to enter the clinic," Michele Rozen, a spokesperson for Lycera
, writes in an email.
The 4-year-old company has 18 employees and "is planning to add several positions over the next couple of years," Rozen writes. That's up from 15 people last May.
Lycera has also been prolifically raising seed capital over the last few years. Last year it landed $11 million in its latest funding round.
Source: Michele Rozen, a spokesperson for Lycera
Writer: Jon Zemke
This story originally appeared in Model D on Mar. 8, 2011.
TechTown's story for its first years has been of a business accelerator getting its feet underneath it and shoulders strong enough to support some promising entrepreneurs. Its story for 2010 is how it and its start-ups have gained traction while this year's meme promises to be about it coming of age in a way.
Five TechTown start-ups (Angott Medical Products, ApoLife, Clean Emission Fluids, Danotek Motion Technologies and MitoStem) were recognized at the recent DiSciTech
science and technology awards hosted by Corp! Magazine. Asterand, TechTown's anchor tenant, has inked millions of dollars worth of new contracts recently. IC Data Communications
, a minority-owned IT firm, has crossed the 20-employee mark at the TechOne incubator.
"They have done incredibly well," says Randal Charlton, executive director of TechTown. "They're a job-creating machine."
TechTown has also taken some important steps forward numberwise. It houses 237 businesses today, up from 40 some a few years ago. Just over 150 of those are participating in its Thrive
program, up from 62 last year. They are being coached by 107 volunteer business mentors (there were 80 in 2010) and 92 interns (21 in 2010).
TechTown is also in the final stages of building out the last spaces of its TechOne incubator building. A $4.1 million HUB grant will help bring another 16,000 square feet online by the end of June. That will create more office space for the 40-start-up-long waiting list for space at the business accelerator.
The new space will have a co-working space for entrepreneurs just starting, a la Tech Brewery
in Ann Arbor. It will also allow TechTown to focus on finishing the build out for its TechTwo incubator, the old Dagliesh Cadillac dealership. That will bring another 400,000 square feet online, allowing TechTown to reach its goal of doubling the number of businesses it services. Charlton adds that TechTown will be more involved with arts and creatively-inclined entrepreneurs that will make themselves known.
"That's going to change the look and feel of this place," Charlton says.
Source: Randal Charlton, executive director of TechTown
Writer: Jon Zemke
Transforming Transportation: Economies and Communities Summit April 7 – 9, 2011
Westin Book Cadillac Hotel, Detroit, Michigan
The Summit will advance knowledge, systems, and solutions that can transform the future of transportation and revitalize economies and communities in Michigan and beyond. The program will combine high level plenary sessions with focused, collaborative working sessions, an open poster session.
The agenda will include six innovation strands:
Sustainability, climate change, and energy efficiency
Rail and supply chain management
Safety, national security, and resilience related to movement of people and goods
Emerging new mobility enterprises and employment trends and opportunities
Organized labor and the future of transport
Values, culture, and social science of our transportation choices and systems
Learn more about the Summit here.
URC Sustainable Communities Symposium, April 14, 2011
James B. Henry Center at Michigan State University in East Lansing, MI
As part of the University Research Corridor sponsored symposium series, the symposium objective is to foster sustainable and livable communities for Michigan residents and hence support a more vibrant Michigan economy. The symposium will bring together researchers from Michigan State University, the University of Michigan, Wayne State University as well as other leading Michigan scholars, practitioners, and research funders to assess urban revitalization approaches. Four primary substantive themes will serve to frame the discussion for this one-day conference:
Physical and Environmental Issues
Cultural and Social Issues
Governance and Service Provision
More information is available here.
To register for the conference, please contact Kate Durkee at email@example.com
Xconomy Forum: Michigan 2031
April 14 at TechTown
What will the Michigan innovation, life sciences, clean energy, transportation, and information technology landscape look like 20 years from now? Will the area have emerged as an even bigger player in university and corporate research, or a major factor at all in areas like venture financing and entrepreneurial activity -- and, if so, in what fields? This forum is assembling a select group of innovators and visionaries for an intimate conversation about these and other key questions about the long-term future of Michigan's innovation scene.
Registration & Networking: 4:45 - 5:30 pm
Program: 5:30 – 7:00 pm
Networking reception: 7:00 - 8:00 pm
Learn more and register here.
The U.S. Department of Energy's Office of Energy Efficiency & Renewable Energy, the Michigan Economic Development Corporation, the Michigan Memorial Phoenix Energy Institute, and the University of Michigan School of Natural Resources and the Environment are organizing this event to explore of Michigan's emerging clean energy industry.
The event will feature energy researchers and students, as well as business and political leaders who will discuss ways to:
- Cultivate research and development for advanced manufacturing in the clean energy field
- Create new strategies for the university community to accelerate commercialization of new discoveries in clean energy technology
- Build private sector funding streams to nurture innovative clean energy research and manufacturing
- Nurture an entrepreneurial culture in clean energy technology.
Register for the event at https://www.engin.umich.edu/form/doe2011
More information is available here
or contact Bruno Vanzieleghem at firstname.lastname@example.org
Many big corporations have master research agreements with the public universities in Michigan. However, a new deal with Procter & Gamble could provide a platform for expanded master agreements and encompass all of Michigan's public universities.
This type of far-reaching agreement is the first of its kind and modeled off a similar agreement Procter & Gamble brokered with Ohio (its home state) last year.
"The biggest opportunity we see is to develop a relationship with a Fortune 500 company to build better research with it," says Jeff Mason, executive director of the University Research Corridor. "We want to do that not only with our research universities but with the rest of the universities in the state."
The idea is to simplify and streamline the process of commercializing research. This new deal is expected to create an environment that will accelerate turning research from universities into new businesses by having one simple, broad-reaching agreement.
"Hopefully, we'll see results sooner than we would without this," Mason says.
Source: Jeff Mason, executive director of University Research Corridor
Writer: Jon Zemke
Ann Arbor, Mich. — University of Michigan Medical School physicians and scientists earned more than $368.7 million in National Institutes of Health (NIH) research funding in federal fiscal year 2010, according to NIH data. In all, the School's faculty brought in $481.8 million in research funding from all sources in U-M fiscal year 2010.
The record-setting achievement cements the U-M Medical School's position among the top 10 medical schools in the nation in terms of NIH grants awarded. In federal fiscal 2010, the School ranked ninth overall in NIH grants and fourth among medical schools affiliated with public universities.
These funds, which researchers must compete for against peers from around the nation, enable U-M scientists and physicians to continue to explore innovative approaches to understanding a wide array of questions germane to health and disease. The work they do with these dollars aims to improve quality of life for all Americans and serves as an economic engine for the region and an investment in our nation's future.
"We are pleased to announce that each year our faculty and researchers attract significant funding for this important work. This achievement reflects incredible effort by thousands of faculty, staff, trainees and students," said U-M Medical School Dean James O. Woolliscroft, M.D.
"Our success at securing these awards reflects the creativity, expertise and talent our researchers have been able to focus on the myriad health related problems facing our nation, and the potential impact of their ideas on medical care and scientific understanding of human disease."
"We are especially pleased to be able to bring significant funding to Michigan to help build the foundation for the state's long-term economic growth," Woolliscroft said.
Every dollar of funding brought in by U-M researchers has an economic ripple effect through local spending by the scientists, staff and students whose salaries and research activities are funded by the grants, as well as the purchase of supplies and ancillary services provided by U-M units and others who keep laboratories running.
According to the Association of American Medical Colleges, for every dollar directly spent by a medical school or teaching hospital, an additional $1.30 is "re-spent" on other businesses or individuals, resulting in a total impact of $2.30 per dollar. That means that as the $481.8 million in funds from all sources are spent over the next few years, they will have a net benefit on the economy of more than $1 billion.
In addition, U-M medical research discoveries frequently lead to patents, technology transfer agreements with industry, and new startup life sciences companies. In U-M fiscal year 2010, U-M Medical School faculty disclosed 118 new inventions.
The total U-M Medical School NIH award amount comes from 866 different grants. They include research grants that directly support the cost of doing laboratory and clinical studies; clinical cooperative agreements that support multi-center studies of new medical treatments; training grants that fund the graduate students and postdoctoral fellows who play key roles on research teams while pursuing their education; career development awards that help launch young scientists' research; and core grants that support major U-M medical research centers and institutes.
This year's funding will be used for numerous projects, including research into cancer treatments, heart disease, bone marrow transplants, diabetes, genetic variations in colorectal cancer, childhood liver disease, development of artificial lungs, depression, alcoholism, Alzheimer's disease and many, many more.
U-M had multiple departments ranked in the top five funded specialty areas nationwide in this year's NIH funding: Dermatology, Emergency Medicine, Otolaryngology, Pediatrics, Surgery, Physical Medicine and Rehabilitation, Radiology, Radiation Oncology and Internal Medicine. An additional six departments were ranked in the top 10.
Of the total $368.7 million in NIH grants awarded to the Medical School in federal fiscal year 2010, $36.2 million were awarded through the federal economic stimulus package known as the American Recovery and Reinvestment Act (ARRA).
Non-ARRA-related NIH grants for the School totaled $332.5 million, reflecting a significant increase in awards from NIH base appropriation funding over the prior year. NIH base appropriation funding is longer-term and generally provides more sustainable and predictable funding than ARRA research awards which are limited to two years of funding.
"In federal fiscal year 2010, our researchers continued to be successful in obtaining funding on the national stage," said U-M Medical School Senior Associate Dean for Research Steven Kunkel, Ph.D.
"In terms of base appropriations, our researchers garnered 2.88 percent of all non-ARRA-related NIH funding. This reflects an increase in market share for U-M Medical School compared to the prior year and is further evidence of the skill, expertise, and innovativeness of our researchers."
NIH grants make up the vast majority of all research funds to the Medical School. But other funding sources are becoming increasingly important.
In all, U-M Medical School research funding awards from all sources totaled $481.8 million in U-M fiscal year 2010, an increase of 10 percent from the prior year. In fiscal year 2010, funding from all federal government sources, including NIH, totaled $396.4 million. Funding from industry reached $43.3 million; non-profit organizations provided $33.2 million; state and local governments provided $1.7 million; and other sources contributed $6.7 million.
In addition to tracking NIH awards by federal fiscal year, the Medical School also tracks sponsored expenditures by year – a measure of how the awarded dollars are actually spent during the fiscal year. In U-M fiscal year 2010, Medical School research expenditures for all types of sponsors totaled $435.5 million, an increase of 15.7 percent over the prior fiscal year and the largest increase in recent years at the U-M Medical School.
DETROIT—In an effort to develop therapeutic remedies for multiple
sclerosis, scientists debate two possible interventional approaches -
but they're on opposite sides of the spectrum. Researchers at Wayne
State University's School of Medicine, however, have reached a
definitive conclusion as to which approach is correct, putting an end to
a long-disputed issue.
Harley Tse, Ph.D., associate professor of immunology and microbiology
at WSU's School of Medicine and resident of West Bloomfield, Mich.,
whose study was published in the January 2011 edition of the Journal of Neuroimmunology,
found that targeting white blood cells of the immune system known as T
cells is the effective approach to block the disease in an animal model
of MS, experimental autoimmune encephalomyelitis.
Normally, T cells are programmed to attack foreign substances in the
body. However, sometimes these T cells attack an essential component of
the central nervous system, the protective layer of nerve cells known as
the myelin sheath. This causes the symptoms associated with MS, which
include tremors, fatigue, memory loss and other problems.
The debate was centered on treatment of the most common form of the
disease, the remitting-relapse form, in which attack episodes alternate
with periods of remission. Roughly 85 percent of the 2.5 million
sufferers of MS worldwide exhibit the remitting-relapse pattern.
"Scientists have been trying to understand how and why the relapse
cycles occur and to design therapy to delay disease relapses and hence
prolong the remission period," said Tse.
Scientists came up with two conflicting conjectures. Some found that
the T cells involved in each relapse were different and were directed
against different myelin proteins. As such, these T cells are not
suitable targets for therapy. Others, however, could not find support
for this in their studies. "It was important to resolve this issue
because the two models suggested totally different therapeutic
approaches," Tse said.
Studying the possibilities, Tse constructed a special mouse strain to
tag the disease-causing T cells and observed that when these marked T
cells were eliminated after a relapse, subsequent relapses did not
"Elimination of marked donor T cells could be done after development
of the second or the third relapse episodes and each time, no further
relapses occurred," said Tse. "This work is significant because for the
first time we are able to definitively establish a cause-and-effect
relationship linking the marked T cells to the development of relapses
and show unambiguously that it was the same T cells that mediated
relapsing cycles. "
"Targeting such disease-causing T cells in MS is definitely a valid therapeutic approach that should be pursued," Tse added.
Other WSU researchers involved in the study were Jinzhu Li, M.D.,
Ph.D., Xiaoqing Zhao, M.D., Ph.D, Hui-Wen Hao, M.D., Ph.D. and Michael
K. Shaw, Ph.D. Tse's study was supported in part by grants from the
National Institute of Neurological Disorders and Stroke of the National
Institutes of Health and the National Multiple Sclerosis Society.
Electrostatic discharge. It's the bane of electronic companies and what EngXT is hoping to capitalize on.
Electrostatic discharge is essentially sudden and momentary static electricity. These unwanted currents often cause damage to electronic equipment, such as integrated circuits.
"It's estimated those zaps are a $10 billion problem in the industry," says David Hartman, a mentor-in-residence at the University of Michigan Office of Tech Transfer who is working with EngXT.
The University of Michigan spin-out is developing technology that can detect when charges are building, utilizing technology that was originally used by NASA.
The trio of guys behind EngXT has already come up with the first two generations of prototypes of the sensors. They look like a boom mike on a tripod.
The start-up plans to become one of the first companies to take up residence at U-M's Venture Accelerator in the North Campus Research Complex. From there it plans to utilize the university's Tech Transfer resources to continue product development and explore potential partnerships or acquisition by larger corporations.
Sources: David Hartman, a mentor-in-residence at the University of Michigan Office of Tech Transfer; Nilton Renno, co-founder of EngXT
Writer: Jon Zemke
As a women's health researcher at Michigan State University, Mary Nettleman noticed something.
"I have been able to network with a lot of the women's health researchers on campus," she says, "and while there is a large amount of this research going on at MSU, we often don't think of ourselves as a women's research university."
So Nettleman, who is a also a professor and chair of the Department of Medicine, decided it was time the various researchers in her own field on campus made some sort of effort to support each other and the future of women's health research on campus.
"The NIH [National Institute of Health] provided an opportunity to help fund this kind of venture," she says, "so I wrote a grant proposal." The NIH funding was in the form of a BIRCWH, or Building Interdisciplinary Research Careers in Women's Health grant - a perfect fit for the type research Nettleman wanted to highlight at MSU.
Nettleman's proposal resulted in $2.5 million in funding for this kind of research at MSU. It will fund projects across four academic programs - geography, social work, criminal justice and nursing. The research varies from examining pregnancy-related medical conditions to studying the physical and mental health needs of women divorcing violent husbands with whom they share children.
"I think this will solidify our reputation as a women's research university on a national scale," Nettleman says. "It helps ensure the successful continuation of this research by inspiring and supporting some of our newest faculty members."
Source: Mary Nettleman, MSU Department of Medicine
Writer: Natalie Burg, News Editor
Civionics is developing technology to monitor things like bridges, ships and infrastructure, but the University of Michigan spin-out's bread and butter is the technology you can't really touch.
The 2-year-old start-up is developing technology that utilizes sensors (think Amiq Micro's tiny sensors) to measure the stress on and within an object. That could include everything from bridges to cargo ships. Where Civionics really distinguishes itself, however, is with the specialized software it creates to harness this technology.
The Ann Arbor-based company plans to move into U-M's Venture Accelerator in the North Campus Research Complex. There the five-member team plans to continue developing its technology with the goal of commercializing it within the next year or two.
"2011 is where we're looking to use this space and really accelerate the growth of our company," says Jerry Lynch, executive vice president of Civionics.
Source: Jerry Lynch, executive vice president of Civionics
Writer: Jon Zemke
Detroit - The Michigan Alliance of the National Children's Study (MANCS) today announced the launch of the National Children's Study (NCS) in Wayne County. Wayne County is the first of five Michigan counties to participate in what is the largest long-term study of children's health in the U.S. The study will document the effects of the social and physical environment on children's health from pregnancy to age 21. 100,000 families nationwide will participate in the study. Wayne County is one of 30 national vanguard sites selected to test various recruitment methods to enroll women who are pregnant, or considering becoming pregnant in the near future.
"Nationally, we spend billions to treat childhood conditions such as cerebral palsy, birth defects, autism and asthma. Until now, we have never supported large scale research across the nation that examines the conditions and factors that influence a child's health before, during and after birth," said Nigel Paneth, MD, MPH , Michigan State University, a pediatrician and perinatal epidemiologist and principal investigator of MANCS. "The National Children's Study has the potential to discover ways to improve the overall health and well-being of children and to prevent disease, helping to guide health practice, clinical interventions and health policy for future generations."
"We are at the forefront of this effort. As a community, we have the opportunity to embrace the study," said Christine LM Joseph, PhD, senior staff epidemiologist, Henry Ford Health System. "We have much to gain in terms of the future health of our children, and Wayne County is a key player as one of the first locations nationally to launch."
Women who are or will soon be pregnant are eligible for the Study if they reside in statistically selected neighborhoods. The study sample will accurately reflect the diversity of Wayne County. Those who join the study will be asked to stay involved from before the child is born until he or she reaches their 21st birthday. Participating mothers will be asked a series of questions about their and their child's health and environment. Study staff will collect samples from participants and the environment. No medications or drugs will be administered. Participants will be compensated at various intervals during the Study.
Wayne County is asking obstetricians, gynecologists, pediatricians, nurses and members of the health community to provide Study information to patients. Study recruitment includes community outreach and information. Potential participants can ask their health care provider for information, or check eligibility by calling 888-99-MI-NCS (888-996-4627). MANCS will enroll the first participants this month.
"Whether you participate personally in this Study or encourage someone to do so, you are doing a great service for our community," says Paneth. "You truly have the ability to impact the health of future generations."
The NCS is funded by the National Institutes of Health. In 2007, MANCS received an $18.5 million, 5-year contract to conduct the Study in Wayne County. In 2008, MANCS received an additional $57 million in funding to conduct the NCS in Genesee, Grand Traverse, Lenawee and Macomb Counties; these counties will launch over the next few years as results of the vanguard study become available. In addition to the health benefits of the study, these contracts are bringing quality jobs to Michigan.
The Michigan Alliance for the National Children's Study, which is conducting the study in Michigan, is a collaborative partnership of scientists and health care providers representing Henry Ford Health System, Michigan Department of Community Health, Michigan State University, University of Michigan, Wayne State University and its affiliate, Children's Hospital of Michigan. In Wayne County, MANCS is collaborating with the Detroit Department of Health & Wellness Promotion and Wayne County Health and Human Services.
• MSU coordinates the overall work of the study and houses the main study office at its East Lansing campus. MSU is also responsible for the retention of study participants. MSU Extension plays a major role in developing community engagement in each of the five counties.
• U-M is responsible for enrolling and interviewing study participants and assessing postnatal child development.
• WSU oversees the assessment and care of pregnant women. Children's Hospital of Michigan manages the repository for biological samples.
• Henry Ford Health System works with MSU Extension to develop community support, manage environmental samples, and oversee medical examinations of children.
• MDCH provides information related to live birth characteristics and locations in each of the five participating counties.
For further information on the study, call 1-877-40-MANCS (877-406-2627) or visit www.mancs.us
. For eligibility information, call 1-888-99-MI–NCS (888-996-4627).
The University of Michigan's North Campus Research Complex was in the
news last week, specifically its Venture Accelerator, and the world took
heed. Check out what everyone from near and far is saying about the new
drugmaker Pfizer Inc. announced four years ago it would close its
massive research and development center in Ann Arbor -- the home of
University of Michigan -- academic and government leaders were stunned
at the punch in the economic gut.
Four years later, after an
unlikely series of events during Michigan's long, painful recession,
officials call the redevelopment of the 174-acre, 30-building North
Campus Research Complex as a starting point for the state's economic
University leaders on Tuesday officially unveiled the
Venture Accelerator, a business incubator for startup companies
possessing promising technology bubbling up from the university's
classrooms and laboratories. The incubator, which takes up a small part
of the sprawling complex, has signed one company and hopes to have four
more join within weeks to grow their business and commercialize their
"We didn't quite know what to expect when this first
happened," said university President Mary Sue Coleman. "Initially, we
thought, 'Well, maybe another company will come in and snap up the
Read the rest of the Bloomberg Businessweek
, and other coverage here
, and here.
Toyota is spending $50 million to establish a new Collaborative Safety Research Center in Ann Arbor, partnering with several prominent hospitals and universities, including the University of Michigan.
The new safety R&D center will be based in the Toyota Technical Center, where researchers from North America and Japan will work over the next five years.
"The vast majority of the $50 million will go to our research partners," says Chuck Gulash, senior executive engineer with the Toyota Technical Center. "It will support their principal investigators, researchers, and post-docs."
Toyota will work with U-M's Transportation Research Institute on a multidisciplinary project to assess the potential benefits of advanced safety systems in a systematic way, combining their expertise in driver behavior, crash data analysis, and driver modeling. The automaker is also working with Virginia Tech and The Children's Hospital of Philadelphia, among other institutions.
Toyota employs 1,179 people between its two tech centers in the Ann Arbor area. Although this new investment won't require more hiring at those centers, the company has a number of engineering and research job openings at both centers. For more information on those, click here.
Source: Chuck Gulash, senior executive engineer with the Toyota Technical Center
Writer: Jon Zemke
Michigan State University has received a $1 million endowment from the Forest Akers Trust to fund entrepreneurial grants for undergraduates across all programs, the Lansing State Journal
According to excerpts from the article:
If it weren't for a $5,000 grant, Sam Goodsitt probably would have filed away his idea for a hybrid home generator.
But with the help of the grant, the 22-year-old Michigan State University student is working with professional engineers to create a prototype for the wind and solar-powered generator.
Goodsitt was the recipient of an entrepreneurship grant through a $600,000 endowment established last year by the Midland-based Rollin M. Gerstacker Foundation.
MSU liked what it saw with that endowment, so it went after more money. The Forest Akers Trust answered the call with a $1 million endowment to provide students with grants of up to $5,000.
The Akers endowment is open to students in all fields, while the Gerstacker endowment is focused on the areas of science, technology, engineering and mathematics.
The combined $1.6 million should generate about $80,000 in interest earnings each year for student grants and programming.
Read the entire article here
Metro Detroit is sometimes referred to as its own worst enemy when it comes to building businesses and creating jobs. A new non-profit called AutoHarvest is ready to make the region its own best asset by capitalizing on its plethora of intellectual property.
"We think of the auto industry as low-tech and behind," says David Cole, chairman and co-founder of AutoHarvest. "It's not that at all. This is the most complicated industry in the world."
AutoHarvest plans to help connect the automotive industry and Metro Detroit's entrepreneurial ecosystem with the immense amount of intellectual property in the region. The idea is that making these connections will accelerate the deal flow and job creation in both the local auto industry and other emerging sectors.
Cole points out that there are six major automakers with operations in the region and another 350 auto suppliers. Pair those with its two research universities, the University of Michigan and Wayne State University, and its handful of business accelerators and there are not only enough sources of intellectual property but players who can use it. It's only a matter of connecting one to the other.
"This is a marketplace to facilitating collaboration around intellectual property," Cole says. "We think it's going to work."
AutoHarvest is working with each of the Big 3, the Michigan Economic Development Corp, local foundations and business accelerators, and creating a peer group of 50 organizations to draw support from. The non-profit is headquartered in Ann Arbor SPARK's central offices but is also keeping offices in Detroit's TechTown and the University of Michigan's North Campus Research Complex.
Source: David Cole, chairman and co-founder of AutoHarvest
Writer: Jon Zemke
Phrixus Pharmaceuticals is ready to begin the second phase of its new heart failure drug.
The University of Michigan spin-out expects to do this at the wet laboratory space in the Venture Accelerator at the university's North Campus Research Complex, i.e. the old Pfizer campus. Phrixus Pharmaceuticals, which has already won an $800,000 National Institute of Health grant, is in the midst of fundraising so it can begin the trials.
The 5-year-old company is developing a compound that acts as a biological sealant, which helps prevent heart stoppage and improves cardiac function. That compound works best with heart failure such as that associated with muscular dystrophy, as well as acute and chronic conditions.
"It seals damage to muscle cell membranes," says Bruce Markham, vice president of research and chief scientific officer for Phrixus Pharmaceuticals.
Phrixus Pharmaceuticals is hammering out details of its lease for space at the Venture Accelerator. It currently has three employees and two consultants in office space in Kerry Town. It expects to add 8-10 more jobs when it begins work on Phase II of its clinical trials. It's also speaking with big pharma firms about acquisition or partnerships.
Source: Bruce Markham, vice president of research and chief scientific officer for Phrixus Pharmaceuticals
Writer: Jon Zemke
Though it didn't get as much media attention as The Big Chill, another, more important competition was held in Ann Arbor this past weekend. True, it only drew 300 attendees, far less than the Guinness Book Of World Record-setting crowd that witnessed U-M's decisive victory over MSU's hockey team. But its impact on Southeast Michigan's future will probably be a heck of a lot more profound.
With a $500,000 no-strings-attached Grand Prize, The Accelerate Michigan Innovation Competition was a battle of business pitches and executive summaries, an American Idol for start-up companies that are interested in doing business in Michigan. Attracting personal appearances from U-M President Mary Sue Coleman, Wayne State University President Allan Gilmour, and Governor-elect Rick Snyder, the five-hour final day pitch-off featured 10 finalists vying for more than $1 million in awards and in-kind support services.
"For an entrepreneur who's out there, who needs the funding for, say, a prototype, that money can put some wheels on an idea and could help commercialize it," says Ken Rogers, executive director of co-sponsor Automation Alley. "It's more than just a popgun effect, this is a substantial investment."
The international competition, the first of its kind in Michigan, attracted over 600 business plans from 13 states as well as Canada, Switzerland and South Africa. As you might expect, the majority of the finalists were in the life sciences sector, with good representation in defense, logistics, and alternative energy.
"For our first year we're pretty pleased," says SPARK president and CEO Mike Finney, whose organization spearheaded the event. "Given that we had entries from all over the country and world it really means Michigan start-ups can compete at that level."
Judged by investors, financiers, and the attendees, Armune BioScience, Inc., a Kalamazoo-based cancer tool company, emerged as the top winner. Arbor Photonics in Ann Arbor landed the first runner-up prize, worth $150,000.
But more important than the competition, cash prizes, and networking, was the way the competition came together and the identity of the players.
The brainchild of the recently-formed Business Accelerator Network for Southeast Michigan, the event was the result of a carefully planned collaboration between the region's four big business accelerators –Automation Alley, Ann Arbor SPARK, TechTown, and the Oakland University Business Incubator. Already successful in their own domains, each of the organizations had, at best, a casual relationship with another.
This dynamic changed when the New Economy Initiative (NEI) got involved. With encouragement by its director, Dave Egner, the leaders of the four accelerators started getting together to discuss what was working and what wasn't working for their organizations. "Once they started to understand their self-interest in measuring themselves as a region instead of competing it was pretty easy to get them to start collaborating," Egner says. "They all have different strengths, they all have different needs. By combining their resources they become more competitive for Federal grants and it gives them more strength to service the region. And they figured that out."
Of course, it helped that NEI offered up a substantial financial carrot, committing $100,000 toward collaborative staffing and programs, with an additional $225,000 granted to each accelerator for the next three years – contingent upon their hitting ten self-determined benchmarks. The Accelerate Michigan competition was one of those benchmarks.
"The state was cutting more and more of their general operating money, so this was a way for us to help ...but also build a collaborative network," says Egner. "But I think the four CEOs have so quickly understood that they're going to do so much more together than they would have done separately that it's not a matter of more incentive money at this point."
To understand how important this collaboration is one must consider the context of Southeast Michigan's history. Whether it's multi-county services like mass transit, amenities provided by individual towns and cities, our state universities, or local economic development organizations, the region has a particularly poor track record when it comes to working together and sharing resources.
Local control is king and the notion that a rising tide lifts all boats has been hard to sustain when every community wants its boat to rise first and fastest.
By focusing on business creation and engagement, the Business Accelerator Network may very well bypass many of Southeast Michigan's traditional obstacles to cooperation.
"The New Economy Initiative bet on the four accelerators because they were not mired in the politics of location," explains Egner. "They're in business to start businesses and incubate them for job creation. Getting the four to work together creates a defacto regional doorway. If you were to ask different municipalities or units of county government to collaborate you'd be talking about dozens and dozens of different units of government - a seemingly impossible task."
Excited to talk about this drive toward regional cooperation, as well as the competition and where Michigan's economy needs to go next, I spoke with Egner, the CEOs of two incubators –Mike Finney* and Ken Rogers, and Chris Rizik, Chairman of NextEnergy and CEO of Renaissance Venture Capital Fund on the phone and over email. Their answers have been condensed and edited for the purposes of this article.
So, what is the intended real-world impact of The Accelerate Michigan Innovation Competition?
Egner: The competition was set up for three purposes, in this order: (1) Highlight Michigan as a place of innovation, where companies can grown and thrive. (2) Spotlight the work that's already under way here. (3) Fill the pipeline with companies that could take off here. But even those that don't win, we're hopeful that they can receive resources find a home in Michigan.
Rogers: By having a prize of a $1 million we're certainly going to attract some attention. We're looking to enhance the image of Michigan as an entrepreneurial state.
The competition attracted a respectable amount of notice in a very short time, bringing in entries from all over the U.S. and even Canada, Switzerland, and Africa. So, once the winners set up shop here how do we guarantee they'll stay?
Egner: Well, 80% of those who have entered are from Michigan, so they're already here. But the real answer to your question is: You can't. Unfortunately, indentured servitude is no longer legal. You're rolling the dice that they'll stay and you're hopeful that you can build the type of place people want to be in, and the type of environment where businesses can thrive.
Rogers: If you want to make something in the U.S. you want to come here. We have 300,000 technology workers in this region alone. We're graduating roughly 10,000 engineers and scientists on an annual basis. Our Universities invest about $1 billion a year in R&D. There are a lot of reasons why you should come to this area to be successful.
Some have argued that the government shouldn't be investing in companies by providing start-up grants, that we shouldn't be picking winners and losers. What's wrong with that criticism?
Rogers: There isn't a lot of money invested in what we do in the private sector. From a community standpoint the investment is small and the return is great. Whether it's private of government investments, it's prudent to invest in areas that are productive, that bring about jobs and business creation. It isn't a bad thing to invest in job or company creation, whether it's government or private dollars. That's how our country moves.
Finney: It's more than just questioning whether these resources should be made available to these companies. If someone is opposed to the idea, then please propose an alternative so that businesses are motivated to grow in our state. It's nice to say that it's purely organic, that things will just happen if we do nothing. Unfortunately, that has been proven wrong on so many fronts. Building a better mousetrap is probably the best analogy others can come up with. People will not beat a path to your door just because you've created it. You need to find better ways of promoting that mousetrap. And communities are like any other product that you have to effectively sell to whomever your target customer is. There is no doubt in my mind that businesses see a value to what we do.
How do you get the internal cultures of your individual organizations to work together? It's one thing for the CEOs to get together and play nice, but to get your organizations to collaborate seems like it'd require a whole other skill set.
Finney: It's a process. We've set up some planned meetings for our teams that don't include our participation. That's becoming a regular part of what's happening. We like to practice what we call Open Source Economic Development. We've really tried to instill that in the culture of our organization.
Rogers: Candidly, I think what's happened when people try to collaborate is that they want to go from Point A top Point B at 100 miles an hour. There's an "accomplish it all, do everything, get it done right away" mindset that ends up in frustration. With too many initiatives in front of you, things tend to collapse. I think when you're actively finding things to partner on as an objective it gives you time to create a relationship, and add a step at a time on the ladder in collaboration.
Rizik: Success in Wayne County should be seen as success in Oakland, Macomb, and Washtenaw, as everything is intertwined. The rest of the country sees us as a single region, and we undercut our economic development efforts when we create artificial divisions and "win-lose" situations. There are also limited resources available, so we can optimize our impact as a region by all working in a coordinated fashion.
In pursuit of evolving and transforming Michigan's economy we have: MEDC, Business Leaders for Michigan, SPARK, Venture Accelerator, TechTown, Automation Alley, University Research Corridor, Blackstone Foundation, DEGC, Aerotropolis... I could go on and on. Aren't all these initiatives and organizations just repeating the same fractured silo model we've been struggling to navigate for years?
Rogers: I don't think you can say, "You stay in and you stay out, you should be involved and you shouldn't be involved." I don't think you do those kinds of things in a free economy. I think the marketplace sorts it out, sorts out the value of organizations. And the marketplace sorts it out through productivity.
Egner: In some cases yes. What we have to do as a region in time is understand where we have the greatest strength for a specific task and for specific operations. But I'll give you the answer Ken gave – if a free market system is going to work you want to do away with redundancy by not having a tax base pay for the same service twice. But you also want to give an opportunity for anyone wanting to enter the business space to be able to find the services they need when they need them. Which might argue for more than just one or two overriding economic development agencies.
I look at the free market answer and have to ask: Why hasn't that philosophy borne out on the municipal level? Shouldn't the market override the biases that create some many economic inefficiencies?
Egner: Ah, but culture trumps policy and culture trumps logic. We've built this culture on how we historically drew lines in the sand in the past. The history is long and not very pretty in many cases. I've got to admit that when looking at culture and betting people against what would be logical conclusions it's not a good thing. This happens everywhere. There's a whole lot of historical pieces of why we are where we are.
Chris, as someone who comes from the VC world, and understands that risk is an inherent part of economic growth, how do you persuade Michigan's risk averse culture that failure really can be another word for depth of experience?
Rizik: I think the events of the past decade (and in particular the last two years) have been more persuasive than I could ever be. The fact is, we don't have the luxury to be risk averse anymore. It has been said a thousand times, but our grandparents weren't risk averse. They helped make Michigan the model of entrepreneurship, but we have unfortunately ridden on their incredible success and followed their generation of entrepreneurship with two generations of skilled and semi-skilled employees. We can't afford another generation without sufficient entrepreneurship.
You've written that transformation is a slow and rigorous process, that the coasts have as much as a two decade lead on Michigan. If what you're doing is seeding the ground for the future how do know if you're on the right path? More importantly, how do you minimize the impact of naysayers and finger-in-the-wind politicians on your efforts?
Rizik: Every effort has to have measurable goals or we risk wasting a lot of time. We must establish a path that follows proven long-term growth strategies that sets and measures accomplishments along the way. Politics is often about selling an idea, and too often that involves overselling in order to win a short term battle. But the war gets lost because either strategies are followed that only yield short term wins or because improper expectations are set that make even successful results appear to be failures.
Finney: I don't think California and Boston own any particular space. Those states have similar challenges to us in launching and retaining companies. I can cite numerous examples of companies that started in California – where some 70% of the VC dollars reside-- and yet, when those companies get into a growth mode they choose to expand operations elsewhere, not necessarily because the environment is bad but because they need to grow someplace more strategic.
So, how does the Business Accelerator Network benchmark its success?
Egner: Well, there is the pornography quote.
Which anyone can lay claim to.
But how do you know you're on the right path?
Egner: I think there are a number of ways. One is the business competition itself. We want to follow the finalists. We want to know which of those businesses that got to the finals touched the Accelerator Network and got additional services, where they set up shop, how many jobs were created, what was their real impact.
In the broader sense, the accelerators are just starting to try to benchmark themselves against other places in the country. They're going to look at successful incubators and accelerators in other parts of the US and aboard then benchmark their ability to create companies, attract VC, create jobs, etc. Then we'll have a trend line analysis.
Rogers: Results. I don't think anyone can put a timetable on that, but you have to put yourself in a position to be successful. You're known by your deeds, not by what you say. Change starts with our own attitude.
*Michael Finney was recently selected to become the head of the Michigan Economic Development Corp. by governor-elect Rick Snyder. He is stepping down in his role as CEO and president of Ann Arbor SPARK.
Henry Ford Hospital is tying itself more and more into the greater downtown area, striking a deal to host more medical students from Wayne State University.
Henry Ford Hospital, located in the edge of New Center just west of the Lodge Freeway, will nearly double its contingent from Wayne State as part of the new 5-year deal. That means 150 medical school students instead of the current number of 90.
"This is a much larger arrangement," says Dr. Valerie Parisi, dean of Wayne State University's School of Medicine. "It's also a much longer relationship. It's a really big thing for us."
Wayne State's School of Medicine is the largest in the country with about 1,200 students. Most of those primarily work at the neighboring Detroit Medical Center hospitals. The school began a relationship with Henry Ford Hospital in 2002, expanding it ever since.
The new deal is expected to encourage more collaborative research, co-brand some physician residency and fellowship programs, explore the creation of a school of public health and seek efficiencies through programmatic integration. Both institutions are also seriously considering building a multidisciplinary biomedical research building and forming a joint research foundation.
Source: Dr. Valerie Parisi, dean of Wayne State University's School of Medicine
Writer: Jon Zemke
ANN ARBOR, Mich.—A founder of the student start-up known as Netflix for
baby clothes has been named Entrepreneur magazine's College Entrepreneur
of the Year, the magazine announced today.
Allen Kim, a senior industrial operations and engineering major at the
University of Michigan, launched Bebarang (originally called Bebaroo)
last year with Luis Calderon, who is pursuing a dual master's degree in
business and natural resources through the Erb Institute. It's a baby
clothes rental service that ships parents' brand-name outfits at a
fraction or their original cost.
"We are thrilled for Allen and his national recognition as Entrepreneur
of the Year," said Mary Sue Coleman, U-M president. "Throughout the
University of Michigan, students, faculty and staff are being creative
and innovative, and Allen's honor provides great inspiration for all of
Kim is profiled in the January issue of Entrepreneur, which hits
newsstands today. He was one of five finalists. The winner was
determined based on judges' scores and online voting. He says he was
shocked to hear he won.
"I am still in a state of disbelief," Kim said. "All the finalists were
extremely impressive. The magazine told us that only the winner would be
notified via email by Sept. 15. I can't count how many times I checked
my email that day. I still remember how deflated I was when the clock
hit 7 p.m. and my inbox was empty. But at 7:14 p.m., I received the
notification. I think all the residents on the floor heard me hollering
Kim's prize is $5,000 in seed money, which he and his colleagues will
put toward efforts to expand to 100 customers by the end of next
"When I graduate in April, Bebarang will be my full-time job," Kim said. "I didn't even go to the career fair."
Kim's win attests to the growing entrepreneurial spirit at the College
of Engineering. Through the Center for Entrepreneurship and the TechArb
student business incubator, the college encourages students to start
their own companies and guides them through the process.
Bebarang was a TechArb company last semester. And Kim and his co-founder
Calderon actually met on a trip to the Bay Area sponsored by the Center
"We are excited about Allen's success," said Thomas Zurbuchen, associate
dean for entrepreneurial programs at the college. "Allen is part of a
growing community of student entrepreneurs in Michigan and is already
helping his friends with his experiences and lessons learned."
Contact: Nicole Casal Moore
Phone: (734) 647-7087
Discera is ramping up its business model through customer service rather than product improvement, although both are playing key roles in their growth strategy.
The California-based business that specializes in semi-conductor technology maintains its research & development operations in Ann Arbor. It changed its sales strategy about a year ago, adding system maintenance service for customers. That change allowed the company to grow its sales every quarter since, quintupling its revenue in one year.
"We really see this sales strategy working for us," says Wan-Thai Hsu, CTO for Discera. "At the same time we're expanding to a higher-end market where there is better pricing."
Discera added nine jobs in 2010, expanding its staff to 42 people. That includes five people in the Ann Arbor office. The company expects its revenue to continue growing at that pace, and in turn to add another 5-10 positions in 2011. Discera is also a semi-finalist for the Accelerate Michigan Innovation Competition, where it is not only showing off its product but looking for the next innovations it can capitalize on.
Discera develops and markets a micro-electrical mechanical system that can replace traditional quartz crystals and oscillators. This product has the size, cost, and reliability typically associated with integrated circuits but offers more features, such as shorter lead-times and operation over a wider temperature range. The company spun this technology out of the University of Michigan nine years ago and moved to California a few years ago to be closer to its investors. It also became a campaign issue in Michigan's gubernatorial campaign because Gov.-elect Rick Snyder was an early investor.
Source: Wan-Thai Hsu, CTO for Discera
Writer: Jon Zemke
NanoBio just got a little bigger, thanks to a big investment ($6 million) from a big name, the Bill & Melinda Gates Foundation.
The foundation controlled by the founder of Microsoft and his wife awarded the seven-figure grant to NanoBio for vaccine development. The money will help support the development of the Ann Arbor-based company's intranasal vaccine for Respiratory Syncytial Virus, a common causes of bronchiolitis and pneumonia. Most children contract the virus early and it's particularly dangerous for premature babies, children with other health conditions and the elderly.
NanoBio is receiving the grant on the heels of some significant growth in 2010. It went from 20 employees at the beginning of the year to 30 and three interns today. Most of those hires brought in people to help develop NanoBio's vaccine portfolio. "We expect the same type of growth or better," says John Coffey, vice president of business development for NanoBio.
NanoBio spun out from the University of Michigan's Center for Biological Nanotechnology a decade ago. The biopharmaceutical company develops dermatological products, anti-infective treatments and intranasal vaccines from its NanoStar platform. Its products treat herpes labialis, onychomycosis, acne, cystic fibrosis and it offers a number of intranasal vaccines.
Source: John Coffey, vice president of business development for NanoBio
Writer: Jon Zemke
Last month, I gave a talk to 200 venture capitalists from across the
Midwest -- entrepreneurs, business leaders, innovators and investors
with the funds to advance cutting-edge ideas and product development.
This was a crucial audience for a timely message about the University of
Michigan's success in technology transfer -- the process of turning our
scientific and technological advances into marketable products or
services. Venture capitalists and businesspeople are the linchpin in our
university's vast potential to spur the state's and the region's
With their help, UM researchers can create a new industrial identity for
the state that builds on Michigan's strength in automotive
technologies. The same is true for our colleagues at universities across
Michigan, including Wayne State and Michigan State, our partners in the
University Research Corridor.
Together, we can forge innovative paths in health services research,
medical device development, drug discovery, information technology and
other areas where our academic research community excels.
According to the Michigan Venture Capital Association:
In 2008, 55 venture capital firms were active in Michigan. Today, there are more than 70.
Nearly 45 percent of Michigan's venture capital-backed companies are a result of university tech transfer activities.
In addition, since 2001, UM alone has spun off 93 new startup ventures, a
record well within the top 10 of all universities nationwide.
I'm especially proud that the UM Health System is an engine of
biomedical tech transfer. And I'm grateful that President Mary Sue
Coleman and Vice President for Research Stephen Forrest have placed such
a high priority on this effort.
Here's some evidence of our determination and success:
In fiscal 2010, UM produced 290 discoveries -- 118 from the Medical School.
We also recorded 97 agreements with industry, including 10 startup
ventures, and realized a 16 percent increase in license royalties, with
total revenues reaching a record $39.8 million.
Plans are in motion to create a "Venture Accelerator" at the North Campus Research Complex for startup companies.
Of about 570 entries from around the globe, seven UM biomedical spinoff
companies are among 50 semifinalists in the Accelerate Michigan
Innovation Competition, the world's largest business plan competition
Our potential is limitless. What matters now is what we do with our
potential and that we have legislation and policies in place to support
cultivation of vibrant life sciences, green energy and technology
industries in Michigan.
Ora Hirsch Pescovitz, M.D., is executive vice president for medical
affairs, University of Michigan, and CEO, UM Health System.
Blue Cross Blue Shield is teaming up with the University of Michigan and Michigan State University on $2.7 million worth of research grants designed to help improve primary patient care in Michigan.
U-M will handle two of these grants, representing about $900,000. MSU is in charge of the third and biggest grant worth $1.8 million. These grants will largely focus on primary care given through physicians' offices to patients, and how best to improve, streamline and encourage change in delivering that care.
The largest grant will pay to compare care management programs delivered through a doctor's office with similar programs delivered through a health plan. The study will seek to determine which is more effective in terms of care management, clinical health indicators, and appropriate use of health services.
"Our hypothesis is when it's their doctor that they see routinely that doctor will be able to engage them more effectively than the healthcare plan provider," says Darline El Reda, director of clinical epidemiology & biostatistics for Blue Cross Blue Shield.
All three grants will take place over a three-year time period. They will also incorporate doctors offices from across Michigan, especially in Metro Detroit. Researchers hope the findings from these studies will lead to similar primary care improvements on a national level.
Source: Darline El Reda, director of clinical epidemiology and biostatistics for Blue Cross Blue Shield
Writer: Jon Zemke
One small equation solved by a research team at the University of Michigan has the potential to become one giant leap forward in solar technology.
That team is lead by U-M Vice President of Research and Electrical Engineering Prof. Steve Forrest. It came up with a new variation of the Shockley equation that should allow for the use of semiconductors made of organic material. That could mean that solar technology becomes more energy efficient in terms of significantly reducing the amount of harmful waste created by electronics.
The Shockley ideal diode equation made the math work on semiconductors, helping enable their wider adoption and making the modern day computer possible. Pre-1949, when William Shockley, the inventor of the transistor, came up with the equation, computer electronics took up whole rooms. The equation describes the relationship between electric current and voltage in inorganic semiconductors such as silicon.
The U-M variant on this equation could have a similar impact on semiconductors in solar cells by creating a better understanding of how electric current and voltage flow through organic material. "This leads to a better and deeper understanding of how these materials work," Forrest says.
Forrest and his team have been working on the equation for the last couple of years. They found it while revisiting the math behind the electronic generating process in organic material.
Source: Steve Forrest, vice president of research at the University of Michigan
Writer: Jon Zemke
RetroSense Therapeutics is one of those growing numbers of companies that is helping bridge Detroit and Ann Arbor. The Ann Arbor-based startup is developing a gene therapy for vision restoration with technology licensed from Wayne State University in Detroit.
The 1-year-old firm is extracting a new gene from blue-green algae that helps make cells more photo sensitive. The idea is to apply this gene to human cells to regenerate photo receptors in the retina. RetroSense Therapeutics spent its first year advancing the technology and building out its leadership team. Right now the company employs three people and a number of consultants.
"We're talking to additional advisors as well and we will probably bring a few on," says Sean Ainsworth, CEO of RetroSense Therapeutics.
Ainsworth and his partners are in the process of fundraising for RetroSense Therapeutics' clinical trials. They plan to continue the company's pre-clinical development of the technology over the next year and commercialize it within 4-5 years at the earliest.
Source: Sean Ainsworth, CEO of RetroSense Therapeutics
Writer: Jon Zemke
Cielo MedSolutions is raking in the revenue and research dollars, which all add up to more jobs for the Ann Arbor-based startup.
The University of Michigan spin-off develops new software for the healthcare industry that ensures doctors connect with their patients when it's time for a checkup, test, or treatment they might otherwise forget. The company and the U-M Health System also received a $1.3 million National Cancer Institute grant to develop and prototype a next-generation clinical quality management solution.
That's on top of Cielo MedSolutions doubling its revenue over the last year, allowing the 4-year-old firm to add two positions. It expects to add another 5-6 people in 2011 as it projects 100 percent revenue growth again this year.
"The market has really evolved toward solutions like what we offer," says Dave Morin, CEO of Cielo MedSolutions. "The market really came on top of us. We have proven that our solutions have value and the market is recognizing it."
Cielo MedSolutions has clients in 11 different states and plans to become a more nationally focused firm in 2011. It's also focusing on rolling out new products and services that revolve around electronic records for the healthcare industry.
Source: Dave Morin, CEO of Cielo MedSolutions
Writer: Jon Zemke
A year and a half ago, POLY Bioinformatics got its start as a division of POLY, a Manchester-based advanced software technology company. Since then POLY Bioinformatics has sunk roots in downtown Ann Arbor, carving out a niche of licensing innovations from University of Michigan research.
The first product is called ChemReader, an automated tool that can recognize chemical structure images in documents. It's the brainchild of Kazuhiro Saitou, a chemical engineering professor at U-M. POLY Bioinformatics spent its first year developing the product and is now shopping it around to pharmaceutical, bio-tech, and consulting firms.
"In fact, some of them have been contacting us about getting this technology to them," says Michael Conlin, director of business development for POLY Bioinformatics.
The spin-off now has licensing agreements with U-M, Wayne State, Michigan State, Central Michigan, and Western Michigan universities. That has allowed it to expand its team from two to six people. Conlin expects his company to double in size as it continues to harness the technology coming out of Michigan's universities.
"We're looking for advanced software technology we can license," Conlin says. "We're looking for students we can hire and professors we can enter joint partnerships with."
Source: Michael Conlin, director of business development for POLY Bioinformatics
Writer: Jon Zemke
The Detroit News
venture capitalist and former computer executive Rick Snyder's recent
election to the highest office in the Great Lakes state means, for many
constituents, that Michigan's shift from a manufacturing to a knowledge
economy is now truly top-down.Excerpt:
Michigan succeeds in transforming itself from a manufacturing state
largely dependent on the auto industry to one with a diversified economy
in step with the 21st-century growth in health sciences and microprocessors, historians may look back on the Jan. 1 inauguration of Gov.-elect Rick Snyder as a watershed event.
a venture capitalist and former computer executive who made millions
commercializing technology developed at the University of Michigan, is
the first governor to emerge from that new economy.
The elevation to the state's highest office of someone with Snyder's
background — which includes teaching at U-M and heading up companies
spawned by the university's brain power — highlights what experts say is
an economic power shift toward high-tech and health-related ventures in
university cities such as Ann Arbor and away from traditional factory
jobs in historic manufacturing centers such as Detroit and Flint.
Read the full story here
With Michigan's major research universities taking a look at economic
development in their own backyards, they are also considering how
independent partnerships with businesses and institutions can be of
benefit. However, another faction says there is efficiency to be found
in centralizing university governance and operations.
Read both sides of the spirited debate here
U-M President Mary Sue Coleman recently gave a very concise, relevant
summary of matters of interest to the people of Michigan during a recent
interview on WJR. The conversation ranges
from the economic development work of the University Research Corridor's
member universities to the over $1 billion in research activity taking
place at the U-M, most of which comes from out of state.
DEARBORN, Mich. – The University Research Corridor has been awarded the 2010 Catalyst award from Michigan Emerging
for making the state "a better place to live, work and play."
"With over a half million URC alumni contributing to Michigan's economy
and quality of life, your work in the student sector ensuring that we
keep talent in the state and your leadership in both innovation and
collaboration, you epitomize what this award was created for," said
Michigan Emerging Executive Director Kelli Baird. "Making university
resources accessible to entrepreneurs and businesses, large and small
also supports the strong small business and entrepreneurial ecosystem
here in our great state."
organized by the presidents of Michigan State University, the University
of Michigan and Wayne State University in 2006 to transform, strengthen
and diversify the state's economy. It goals include aligning the three
institutions' collective resources toward accelerating economic growth
and innovation and encouraging a greater level of collaboration
involving the universities, communities and business.
URC Executive Director Jeff Mason, accepting the award on behalf of the
universities, said "We are honored to be recognized by our colleagues,
knowing a great deal of Michigan's future success will involve the
innovators gathered here today and our partners in business, academia
and communities across the state as well as our friends and trading
partners around the world."
The Michigan Emerging conference, a featured event of Global
Entrepreneurship Week/USA, was designed to promote and connect
innovators and entrepreneurs and the support system that exists only in
Michigan. The day began with a keynote message from Ann Arbor SPARK
President and CEO Mike Finney and was followed by breakout sessions
focusing on the top emerging sectors for 2010, what is coming, what
needs to happen, and how you can become involved. The curriculum was
designed to inform and enable those involved in this evolution.
A recent report showed the URC invested more than $1.5 billion in
research, educated 137,152 students and had an economic impact of more
than $14.8 billion on the state. The universities have more than a
million alumni, with more than 55 percent living in Michigan.Source:
University Research Corridor
Joseph J. Serwach
Prepare yourself for this: A national media outlet made a list about Detroit/Ann Arbor, and it wasn't to tout its shortcomings or strengths. Inc. magazine told the world five reasons why southeast Michigan is worth the investment and Ann Arbor figured prominently into that equation.
To see the change, you needn't look further than the SPARK Business Accelerator in Ann Arbor. Located 45 miles outside the city center, SPARK has helped more than 200 innovation-related start-ups in the region. Its convenient location next to one of the world's leading research institutions – the University of Michigan – doesn't hurt either. "We think Ann Arbor represents a wonderful hub of activity that can serve as a catalyst for the rest of the state of Michigan," says Michael Finney, president and CEO of SPARK.
Entrepreneurs also look to the region's automotive pedigree to tackle new industries. They can parlay the region's swath of talented engineers to make innovations in areas like battery technology, which Rizik says fits "hand-in-glove" with the auto industry. SPARK has, in fact, sought funding for a few battery makers in Ann Arbor, aiming to establish Michigan as a leader in the technology for the rest of the country.
Read the rest of the story here
Groundwork is being laid to help the University of Michigan spin out even more technologies into new economy businesses. The latest part of that foundation is a multi-million dollar federal grant to build a new nano-mechanical engineering lab complex.
The National Institute of Standards and Technolog
y is paying $9.5 million of the $46 million tab for the Center of Excellence in Nano Mechanical Science and Engineering. The new facility will provide a state-of-the-art, centralized location for scientists to develop advanced nanotechnologies that could have implications in the energy, manufacturing, healthcare, and biotechnology industries.
"It will be an enabling platform for us to pursue a broader scope of much more exciting projects," says Jack Hu, professor of mechanical engineering at U-M's College of Engineering
U-M has aggressively gone after turning the inventions developed on its campus into spin-off companies and technologies with high potential to be licensed. The idea is reinvent the state's economy to be competitive in the 21st Century. This lab, which will combine nanotechnology and mechanical engineering, is expected to be another piece in the puzzle.
U-M plans to break ground on the new Center of Excellence in Nano Mechanical Science and Engineering in late 2011 and open it in 2013. The three-story complex will include 60 lab modules and space for 18 professors in a 62,880 square-foot addition to the G.G. Brown Laboratories
on Hayward Street on North Campus.
Source: Jack Hu, professor of mechanical engineering at the University of MichiganWriter: Jon Zemke
Working to breed a more robust version of a potential bio-fuel plant called Jatropha, researchers from Michigan State University
are among those excited about the upcoming Jatropha World Summit
According to excerpts from the article:
Could a homely
succulent save the planet? Maybe. Oil squeezed from the Jatropha curcas
plant helped fuel a train from Delhi to Mumbai and a 90-minute Boeing
jet ride in Houston last year.
"The plant's toxicity, getting more harvest out of it, that'll all be worked out," says David Skole, professor of forestry at Michigan State University
as biofuels investment in (frost-free) Africa and Asia soars. Helping
lead the charge: GM and the U.S. Department of Energy, which partnered
this spring to test the plant in India.
Read the entire article here
The Michigan Pre-Seed Capital Fund
is investing $250,000 into NextCAT, providing another seed capital boost for the Techtown-based start-up.
1-year-old biodiesel firm employs seven people and expects to add a
couple more in the early months of next year. Another part of its plan
is to find and outfit a manufacturing facility, part of which will be
paid with this latest investment. NextCAT has also received $100,000 in
micro loans earlier this summer.
"We're hoping to put a dormant
facility in a Michigan community to work early next year," says Chuck
Salley, president and CEO of NextCAT
NextCAT is utilizing technology developed at Wayne State University
to push forward the development of biodiesel. This technology allows
biodiesel producers to use less-expensive raw materials for production,
simplifying the process.
Source: Chuck Salley, president and CEO of NextCAT
Writer: Jon Zemke
When the Large Hadron Collider is running at full speed, it produces
more data than any single computer in the world could process. Every 25
nanoseconds, bunches of protons collide and hundreds of thousands of
individual sensors inside the detector report and create a massive flow
of data. Some data makes its way from CERN in Geneva, Switzerland to
East Lansing where it is processed as part of the global ATLAS
Physics Professor Raymond Brock is the co-director of the large computer
center that analyzes the data that has poured out of the ATLAS
detector. The system filters data in real-time and diverts it to a grid
of supercomputers around the world.
"When two proton beams collide, according to Einstein's famous E=mc2
t-shirt equation, the energy of the beams become masses of hundreds of
particles produced as debris," Brock said. "Since the majority of the
collisions are not scientifically inter- esting, only about one
collision in a trillion is recorded by the detector."
The accelerator and ATLAS are 300 feet underground where decision-making
is done on-the-fly by on-board electronics which the MSU team helped
build. But that is not enough. By the time those intriguing events make
it up to the laboratory on the surface, they are filtered again by
off-line computer facilities around the world. ATLAS data criss-cross
two oceans and facilities in ten nations on three continents.
"Teams at MSU and the University of Michigan were chosen to be a part of this world-wide analysis complex," Brock said.
The global system is built in "tiers." The CERN Tier 0 system does
initial filtering and divides results among ten Tier 1 sites in
participating countries. Brookhaven National Laboratory is the U.S. Tier
1 center. From there, data are split and sent to five U.S. Tier 2
centers, one of which is the MSU-UM center.
"Our two universities are connected by the Michigan Lambda Rail, a ten
gigabit-per- second fiber optic cable loop to Chicago," Brock said. "The
two universities appear as one massive system."
When ATLAS is producing data, the MSU data traffic averages steadily at
more than 5 gigabits-per-second – often bursting to full capacity. "MSU
continues to build our system to where it will handle 3 petabytes of
data per year, roughly 300 billion books worth," Brock said.
As a part of the Tier 2 "cloud," MSU is responsible for hosting and
processing data for U.S. physicists at nearly 50 campuses. Currently,
the equivalent of 1500 computers are crunching numbers 24/7 in the
Biomedical and Physical Sciences Building in East Lansing.
Brock, Joey Huston and seven other MSU experimental faculty's High
Energy Physics research are funded by the National Science Foundation.
The MSU HEP Group consists of nine faculty plus 20 graduate students and
post docs, stationed in East Lansing and in Switzerland.
Source: MSU College of Natural Science
Maybe it's a case of the grass being greener on the other side of the fence, but whatever the reason, it's nice to see Michigan's new economy initiatives get some respect; if not even a little envy from the state it's trying to emulate. California, take a page from Michigan's playbook.
"Michigan," the founder of San Francisco's CMEA Capital repeated. "Now I'm not that close to it, but you see it more in programs and policies. They're protecting small businesses, providing tax breaks, lots of breaks, and they're providing worker training incentives."
Also, Baruch noted, Michigan has a strong delegation in Congress that has helped funnel federal stimulus program cash in an effort to transform the world's auto capital into a green-auto hub.
"(State government has) tends to be less antagonistic and more of what you might call 'participatory' in bringing together assets within the state, including the universities," said Baruch, whose firm has bankrolled the likes of cleantech companies Codexis and Solyndra.
Read the rest of the story here
When Pfizer pulled up stakes in Ann Arbor, it left a research park
behind. The University of Michigan re-purchased that land and next year
will be opening a unique venture accelerator, where researchers and
engineers can work right alongside venture capitalists and business development professionals.
NPR has taken note of this collaboration between business
and academia. Listen to the full report here
The National Oceanic
and Atmospheric Administration
(NOAA) has awarded $4.2 million to
researchers at Michigan
and the University of Michigan
who are working
together to improve the nation's ability to adapt to climate variability
According to excerpts from the article:
is a lot of climate research going on in the (Great Lakes) area that
hasn't been very well coordinated," said David Bidwell, program manager
for the Great Lakes
Regional Integrated Sciences and Assessments
(GLISA) Center in Ann
Arbor. "We are trying to make that research more efficient."
said the project has three main goals: connecting science and public
policy, adopting climate change models on a more local scale and giving a
portion of the $4.2 million to various research projects in the Great
Read the entire article here
WSU has teamed up with the University of Michigan and Michigan State
University to create the two-month 2010 Creative Film Alliance Summer
Film Institute program at Gull Lake. The program revolves around
maximizing the next generation of film industry veterans who will help
cement the Great Lakes State as a major player in the film, TV and
"This is a really big deal,"
says Sharon Vasquez, dean of the college of fine, performing &
at Wayne State University. "We're each leveraging
our particular strengths, perspectives and progress to create and grow
the film industry in Michigan."
contribution is its expertise in documentary and narrative film making.
It also has strengths in the production and post production sectors for
films, which are seen as two of the major job creators in the film
industry. Organizers are also hoping this will create synergies between
local industry veterans and up-and-coming students.
"This is the beginning of relationships that will play a key
part in growing the indigenous film industry," Vasquez says.
Source: Sharon Vasquez, dean of the college of fine,
performing & communication arts at Wayne State University
Writer: Jon Zemke
Michigan's colleges should be helping students hit bottom lines, not just the books. University of Michigan President Mary Sue Coleman advocates for students to have the tools and mindset to become business owners and job creators, and for institutions of higher learning to accommodate this paradigm shift.Excerpt:
"Entrepreneurs on today's college campuses are no longer only huddled together at the business school. They are emerging from the hallways in our music schools and our engineering programs. They are coming forward with fresh ideas in architecture and medicine.
The educational programs designed to draw out these innovative thinkers must be welcoming to all students willing to take a risk on what some might call their "crazy ideas."
The late President Ronald Reagan got it right in 1988 when he told students at Moscow State University, "These entrepreneurs and their small enterprises are responsible for almost all of the economic growth in the United States."
If he were making that same point today, Reagan might have to address the students more directly. Instead of discussing "these" entrepreneurs he would need to say "you" entrepreneurs.
Entrepreneurism is breaking out all over our college campuses. At the University of Michigan we've learned that many of our students are creating opportunities for themselves even before they get to campus. One survey found that as many as 15% of our incoming freshmen had already started businesses."
Read the rest of the story here
Michigan State University
hopes to take the lead in boosting the number of researchers
dedicated to women's health, and a new grant will help.
The National Institutes
of Health has awarded MSU a $2.5 million grant to create a new
program called Building Interdisciplinary Research Careers in Women's
Health. The goal is to create a center where young researchers are
paired with mentors and given the time and money to pursue research
"This award provides an enormous opportunity for MSU and researchers
in women's health," says Mary Nettleman, chair of MSU's Department of
Medicine. "This type of training grant not only encourages young
investigators to come to MSU but also creates new networks and
connections among researchers. It allows scholars to become
independently funded women's health investigators."
The grant will help cover the salaries of young researchers to allow
them time to apply for grants, set up projects and conduct researcher.
The program will be open to researchers from across disciplines — not
just medicine. 21 mentors have already been selected to work with them.
Writer: Louise Knott Ahern
The University of Michigan continues to serve as a pipeline for new economy research, start-ups, and the innovations they need to be successful.
U-M has recently been declared No. 1 for R&D spending among the nation's public universities. That sort of investment has helped the university launch 10 start-ups, license 97 technologies, and record 290 new inventions over the last fiscal year.
"The record (for new start-ups) is 13, but we average nine," says Ken Nisbet, executive director of office of Tech Transfer
at the University of Michigan. "Ten isn't a record, but with the economy this year we are really proud of that number."
The number of new technology licenses ties a record at U-M, which was set four years ago. And the 10 start-ups this year brings the university's total to 93 over the last decade. The university estimates those start-ups have created more than 2,000 jobs over the last 15 years.
The start-ups include Histosonics
, which was spun out of the university last year. The Ann Arbor-based company employs about a dozen people and has locked down $11 million in seed capital
. HistoSonics (histo meaning tissue and sonics meaning sound waves) is developing a medical device that uses tightly focused ultrasound pulses to treat prostate disease. The idea is to create a non-invasive, image-guided system that can destroy tissue with robotic precision.
"It just has tremendous potential," Nisbet says.
U-M plans to display some of its new start-ups and inventions at its annual Celebrate Invention reception between 3-6 p.m. today in the Michigan League Ballroom
. For information, click here
or reach Diane Brown at (734) 936-1572 or email@example.com.Source: Ken Nisbet, executive director of office of Tech Transfer at the University of MichiganWriter: Jon Zemke
Grant funding for research at Wayne State University is up $8.2 million
as of the end of June, compared to the same time in 2009.
So far the university has taken in $122.7 million this year
compared to $114.5 million a year ago, representing an increase of about
7 percent. That increase came after most of the federal stimulus funds
were disbursed last year.
"The funds we got
from the National
Institutes of Health
and National Science Foundation
continuation and bridge funds than seed funds," says Jim
, associate vice president for research and finance at Wayne
State. "Yes, we expect a plateau of funding (over the next year or two
now that the stimulus funds have been sent) but not a drop."
He also expects a lot of those funds to keep coming for a few
of the university's new marquee projects, such as research for advanced
batteries, alternative energy and retraining Metro Detroit's workforce
for the 21st Century jobs. "Those are not going away," Barbret says.
One of the latest seven-figure grants that Wayne
State has received was for $1 million from the National Institutes of
Health. Dr. Abdul Abou-Samra, a professor of medicine, physiology and
molecular genetics in the School of Medicine at Wayne State University,
received the grant study the decrease in academic endocrinologists who
have both clinical skill and research expertise, by motivating young
endocrinologists to pursue a combined research and academic track that
will prepare them to become the future leaders of endocrine research.
Source: Jim Barbret, associate vice president for
research and finance at Wayne State University