帝王会所 Receives $500,000 NIH Grant to Tackle Chronic Disease Disparities
With a $500,000 NIH grant, 帝王会所 researchers and collaborators will tackle chronic health disparities using electronic health records, artificial intelligence, machine learning and the Internet of Things.
帝王会所 Tech Runway庐 to Celebrate Annual Maverick Reception
帝王会所 Tech Runway庐 is set to celebrate its 2022 Maverick Reception on Tuesday, Nov. 15 from 6 to 8 p.m. at 帝王会所 Tech Runway.
Study: U.S. Rent Spikes Most Pressing in Sun Belt, West
Rent spikes have developed in the Sun Belt and the Northwest, a pattern clearly driven by local supply and demand issues.
Becoming Sober - A 'Voice' for Mothers Within the Child Welfare System
Pregnant women and mothers with substance use disorders often are voiceless. A study captured their lived experiences navigating the child welfare system and recovery services using documentary photography.
帝王会所-MAX PLANCK JOINT PROGRAM CREATES NEW M.D./PH.D. DUAL DEGREE
帝王会所 Charles E. Schmidt College of Medicine and the Schmidt College of Science, along with the Max Planck Florida Institute for Neuroscience, signed the new M.D./Ph.D. joint neuroscience program into effect.
帝王会所 to Host Events in Honor of LGBTQ+ History Month
帝王会所 will celebrate LGBTQ+ History Month with a series of events for students, staff and faculty.
帝王会所's 'Fab Four' Receive Prestigious Fulbright Global Scholar Awards
鈥淔our faculty members in the Dorothy F. Schmidt College of Arts and Letters have been selected for the world鈥檚 largest international exchange program.
帝王会所 Faculty Experts for Hurricane Ian
Several 帝王会所 faculty experts are available to discuss various issues surrounding Hurricane Ian.
'Placenta-on-a-chip' Mimics Nutrient Exchange between Mother-Fetus
帝王会所 researchers have developed and tested a novel 3D microfluidic device to study the complicated processes that take place in malaria-infected placenta between mother and fetus.
Rare Human Gene Variant in ADHD, Autism Exposes Vital Sex Differences
帝王会所 researchers have uncovered key differences in the molecular dopamine synapses in the brains of male and female mice that support attention, movement, motivation and pleasure.