Discovery Science
Strengthening Basic Science Research & Education at the U-M Medical School
There are nine fundamental research departments within Michigan Medicine. Each is dedicated to understanding the biology of the human body and biological processes to provide the foundational knowledge needed to advance treatments and cures or the implementation of such knowledge to improve medical care.
Participating Units
Upcoming Events
Attend an event with our departments to connect with fellow researchers and celebrate new discoveries across the U-M Medical School.
Featured News & Stories
Medical School News
Celebrating outstanding teaching and research at the 2026 Endowment for Basic Sciences Awards
The 2026 Endowment for Basic Sciences Awards recognized nine faculty and nine research staff members for their accomplishments in teaching and research.
Medical School News
Eighteen from UMMS honored with 2025 Endowment for Basic Sciences Awards
Nine Medical School faculty members and nine research staff members have been recognized for their contributions to teaching and research with Endowment for Basic Sciences (EBS) Awards for 2025. Each of the nine UMMS basic science departments select a winner for each award. This year’s recipients received their awards June 12 during a ceremony in the Medical School.
Health Lab
Spatial atlas of the human ovary with cell-level resolution will bolster reproductive research
New map of the ovary provides a deeper understanding of how oocytes interact with the surrounding cells during the normal maturation process, and how the function of the follicles may break down in aging or fertility related diseases.
Health Lab
Study reveals potential to reverse lung fibrosis using the body’s own healing technique
A recent U-M study uncovers a pathway utilized during normal wound healing that has the potential to reverse idiopathic pulmonary fibrosis.
Health Lab
Two genes linked to autism implicated in brain cell connectivity
A new study links two autism-associated genes together for the first time, potentially revealing a mechanism behind brain changes seen in people with autism.