Displaying items by tag: department of cell developmental and integrative biology

The Heersink School of Medicine has achieved eight years of accreditation — the highest level available for medical schools across the U.S. — by the Liaison Committee on Medical Education after a rigorous two-year process.
This finding suggests utility of treatments before fecal microbial transplants to reduce recipient microbial communities. This would help donor microbial strains dominate in the recipient.
Experiments reveal that a catalytic subunit of CK2, called CK2α, is an important regulator of mouse CD8+ T cell activation, metabolic reprogramming and differentiation, both in vitro and in a mouse-infection model by the intracellular pathogen Listeria monocytogenes.
At UAB, undergraduate students with a passion for medicine have the option to receive a specialized degree in cancer biology — a degree found nowhere else in the country.
Surprisingly, several competing models for this clathrin-mediated endocytosis all appear to function in two cell lines tested.
Adeel Memon will be the first graduate of the UAB neuroengineering Ph.D. program during the 2022 spring graduate commencement ceremony on April 29.
In response to a viral infection, intrinsic IL-2 production by effector CD8 T cells affects IL-2 signaling, leading to different fates for two subsets of those cells — the one producing IL-2 and the one not producing IL-2.
Early research internships allow students to discover careers of interest they may not otherwise experience, providing an effective way to set them up for success, study suggests.
Preclinical experiments show how to identify non-responding tumors and improve their response to immunotherapy, using two investigational new drugs that are permitted for human use. Physicians could immediately start investigational research in patients to test the effectiveness of this personalized approach.

Fecal-dominant donor microbes in the recipient patients after fecal microbe transplantation did not correlate with response to anti-PD-1 therapy.

Record $95 million Heersink lead gift to advance strategic growth and biomedical innovation.
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This 3D-printed anatomical finger model is a low-cost ultrasound training tool for procedural guidance in corticosteroid injections.
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