In this issue, explore the intricate origins of disease, discover the gut microbes that may help prevent type 1 diabetes, and get to the heart of cardiac rehab accessibility.
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University of Utah Health scientists are examining the ways disease impacts the body molecule by molecule, uncovering insights that open the door to meaningful clinical advances that improve patients' lives.
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AWARDS, RECOGNITION, & OTHER NOTES |
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| The results of a new study in mice could ultimately help doctors reduce the risk of type 1 diabetes—or potentially even restore lost metabolic function in adulthood—by providing gut microbes that help the pancreas grow and heal.
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Researchers, doctors, and community members joined forces to address the most pressing current unknowns in medical cannabis science.
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Our cohesive research community remains a source of strength in these uncertain times. Please know that U leadership is working hard to advocate on your behalf. We’re committed to an open dialogue and timely information regarding federal updates. Attend the weekly town halls for the latest information, and don’t hesitate to reach out with questions. -Rachel Hess, AVP Research
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A combination of human genetic analysis and research in flies identified a gene variant that appears to protect against the seizure disorder, which could ultimately lead to better therapies.
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| Rehab after a heart attack or heart failure saves lives. But not everyone who could benefit from a heart rehab program uses one. New research reveals gaps in use nationwide, which can help target future efforts to bring care to all.
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