Tag: Grants
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Latest Issue of BME Innovations Is Now Available
BME Innovations is the annual magazine produced by U-M’s Biomedical Engineering Department.
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U-M researchers awarded $500K grant to develop a Cystic Fibrosis Research Center at the University of Michigan
The grant will fund the development of a CFF Research Development Program (RDP) at the University of Michigan. In collaboration with a cohort of CF research and clinical colleagues, this initial funding will enable the development of the research infrastructure needed to garner additional extramural support for this program in 2026.
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Research Team Receives $1.5M NSF Grant to Study Faculty Mental Health and Well-Being
This research will be a national study focusing on the prevalence and severity of mental health problems among faculty working in STEM disciplines.
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Alex Piotrowski-Daspit Receives PhRMA Foundation Faculty Starter Grant
This award, given by the Pharmaceutical Manufacturers Association, will help fund research in drug delivery.
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U-M Researchers Collaborate on $3 Million Grant to Treat Rare Forms of Cystic Fibrosis
The U-M team is addressing the need for new treatment strategies, and the subsequent barriers that must be overcome for success, by working together as an interdisciplinary team with unique expertise in CFTR physiology, designing RNA therapeutics, identifying targetable regulatory sequences, and developing engineered delivery vehicles for therapeutic molecules.
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U-M Researchers Receive Lupus Innovation Award to Investigate Novel Diagnostic and Treatment Approaches
This grant, of up to $450,000 for three years, provides early-stage support for highly innovative approaches to addressing major challenges in lupus research.
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$7.75M for mapping circuits in the brain
A new NSF Tech Hub will put tools to rapidly advance our understanding of the brain into the hands of neuroscientists.
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3-D printed orthotics and prosthetics: A better fit, the same day
The digital design and manufacturing process can also improve the devices’ precision, fit and function and improve consistency from one provider to the next.
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Regenerative medicine: Injectable stem cell incubator
By simulating the structure of the target tissue, the cells can better integrate with the body.