U-M Biosciences Initiative invests $45M in ‘groundbreaking’ research

October 29, 2018
Contact: Jim Erickson ericksn@umich.edu

ANN ARBOR—A new center for the study of concussions, an institute for global change biology, and a facility to advance the new field of cryo-electron tomography are among the University of Michigan projects to be funded in the first round of investments from President Mark Schlissel’s Biosciences Initiative.

Five large projects and four smaller ones, totaling up to $45 million, will be funded this fiscal year through the presidential initiative, which aims to create globally leading biosciences research programs focused on solving critical problems. A key element of the multiyear initiative will be the hiring of 30 tenure-track faculty and a one-time investment of $150 million.

Twenty-eight proposals were submitted for the first round of Biosciences Initiative grant funding. The nine selected projects include researchers from all U-M schools and colleges that work in the biosciences and will provide startup funding to hire up to 14 new faculty members.

“We established the Biosciences Initiative to propel the University of Michigan to the forefront in critical areas of life science research. I am thrilled that our faculty have responded with groundbreaking proposals,” Schlissel said.

“Our first projects leverage U-M’s comprehensive excellence, catalyze hiring in the biosciences and related disciplines, and embrace our mission to conduct research for the benefit of society.”

The five large projects are:

“Michigan Concussion Center,” principal investigator Steven Broglio, School of Kinesiology. Broglio is co-director of one of the largest concussion studies in the nation, jointly funded by the NCAA and the Department of Defense.This proposal calls for the creation of a comprehensive U-M concussion research center through the recruitment of an additional epidemiologist, a neuroscientist and a clinical interventionist. The faculty additions will build on existing U-M expertise in biomechanics, biomarkers, imaging, outcomes, sports analytics and biostatistics. The researchers will use a multidisciplinary approach to answer fundamental questions about concussion prevention, identification, diagnosis, management and outcomes.

Steven Broglio (left) of the School of Kinesiology and kinesiology student Griffin Feinberg discuss football impact biomechanics and how they relate to brain function. Each arrow indicates a head impact. Image credit: Scott Soderberg, Michigan Photography

Steven Broglio (left) of the School of Kinesiology and kinesiology student Griffin Feinberg discuss football impact biomechanics and how they relate to brain function. Each arrow indicates a head impact. Image credit: Scott Soderberg, Michigan Photography

“Institute for Global Change Biology,” principal investigator Allen Burton, School for Environment and Sustainability; co-principal investigators Inés Ibáñez, SEAS, Allison Steiner, College of Engineering, and Knute Nadelhoffer, Department of Ecology and Evolutionary Biology. Global change biology seeks to understand the biosphere’s responses to human activities. Human-caused global changes include climate shifts, land-use conversion, release of pollutants and species introductions. The new institute will foster research to understand and forecast the interactive effects of global change drivers on organisms and ecosystems. The new funding serves as a planning grant to launch the program; a larger, more comprehensive application will follow.

Italy’s Lake Como with the Swiss Alps in the background. Image credit: Allen Burton

Italy’s Lake Como with the Swiss Alps in the background. Image credit: Allen Burton

“Expanding Natural Products Drug Discovery at the University of Michigan,” principal investigator David Sherman, Life Sciences Institute and College of Pharmacy; co-principal investigator Ashootosh Tripathi, LSI and College of Pharmacy. Sherman has created a unique natural products discovery program based on the collection of about 5,000 microbial strains—gathered at far-flung locations from tropical coral reefs to Himalayan mountaintops—and the integration of some 40,000 microbial extracts into a high-throughput screening laboratory available to all U-M investigators. The new funding will enable recruitment of three new faculty and create a natural products discovery core laboratory to identify bioactivemetabolites. This initiative will also provide the synthetic biology and microbial engineering needed to optimize active compounds as discovery tools and for potential drug development.

Coral reef at Cuba’s Parque Nacional Peninsula de Guanahacabibes. Image credit: David Sherman

Coral reef at Cuba’s Parque Nacional Peninsula de Guanahacabibes. Image credit: David Sherman

“From Cells to Atoms—The Future of Cryo-Electron Microscopy at the University of Michigan,” principal investigators Janet Smith, Melanie Ohi and Michael Cianfrocco of the Life Sciences Institute and the Medical School. Cryo-electron microscopy, which uses electrons to visualize frozen samples, is quickly becoming the go-to technique for structural biologists, and U-M was an early adopter of the technology. The new funding will enable the university to become an international leader in the field and a premiere destination for cryo-EM education. Among other things, the funding will help U-M researchers expand their ability to visualize molecular machines inside intact cells using a developing approach called cryo-electron tomography.

Cryo-electron microscope structure of a bacterial pore-forming toxin. Image credit: Tasia Pyburn and Melanie Ohi

Cryo-electron microscope structure of a bacterial pore-forming toxin. Image credit: Tasia Pyburn and Melanie Ohi

“RNA Biomedicine: An Engine for Synergy, Excellence and Global Leadership at Michigan,” principal investigator Nils Walter, professor of chemistry, biophysics and biological chemistry; co-principal investigator Mats Ljungman, Medical School. Recent discoveries in biomedicine have revealed that ribonucleic acid, or RNA, is critical to most aspects of human health and that its misregulation is responsible for many diseases. This project seeks to rapidly expand U-M’s nascent Center for RNA Biomedicine through the hiring of five faculty members, the creation of three core laboratories, and the funding of pilot and fellowship programs. “We envision that these investments will propel U-M to the forefront of RNA biosciences in the nation,” according to the project proposal.

Artists rendering of an RNA structure. Image courtesy: Nils Walter

Artists rendering of an RNA structure. Image courtesy: Nils Walter

Exploratory Funding grants of $100,000 were awarded to:

  • “The role of tissue barriers in health and disease,” principal investigator David Antonetti, Medical School.
  • “Applying an innovation framework to improve health in rural populations,” principal investigator Christopher Friese, School of Nursing.
  • “Enabling single-cell and locus-specific chromatin proteomics at U-M,” principal investigator Sundeep Kalantry, Medical School.
  • “Establishing the U-M re-targeting discovery platform,” principal investigator Jonathan Sexton, Medical School.

In addition to the roughly $45 million in funding provided to the nine projects through the presidential initiative, $6.7 million will be contributed by the researchers’ home departments, schools, colleges, institutes and centers.

“I’m really pleased by the amazing breadth of science and the transdisciplinary nature of the funded proposals,” said Roger Cone, vice provost and director of the Biosciences Initiative, director of the Life Sciences Institute, and chair of the 16-member Biosciences Initiative Coordinating Committee that reviewed and ranked the proposals.

“In this round alone, we were able to fund proposals serving investigators in every U-M school and college in the biosciences. These new programs address critical problems of incredible diversity, from measuring global biological change to improving rural health care delivery to developing the technology for high-resolution imaging of molecules inside living cells.”

The evaluation process for the large proposals included three independent levels of review. Sixteen letters of intent were submitted, and the Biosciences Initiative Coordinating Committee requested full proposals from nine of them.

Two to three external content reviewers from around the nation provided feedback on each proposal. In addition, a Biosciences Initiative Council composed of Tachi Yamada, formerly of the Bill & Melinda Gates Foundation; Jack Dixon of the University of California, San Diego; and Gail Mandel of the Oregon Health & Science University reviewed the nine full proposals.

Based on composite scores and recommendations from the council, the Biosciences Initiative Coordinating Committee then provided funding recommendations to the president and provost.

Biosciences Initiative research grants will be awarded annually through fiscal year 2022, and all Ann Arbor campus faculty are eligible to participate. Letters of intent are due in April 2019.

 

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