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Even before the pandemic, campus initiatives like NatureRx@Penn and the 30x30 Challenge encouraged time outside. These efforts are continuing, now that restorative outlets are more important than ever.
Katherine Unger Baillie ・
Research led by the School of Veterinary Medicine’s Rumela Chakrabarti identified a molecular pathway responsible for the disease’s progression and spread.
Katherine Unger Baillie ・
Students in David Roos’ upper-level biology course had been studying pandemics. Now they get to learn in real time how public health scientists attempt to understand COVID-19.
Katherine Unger Baillie ・
While the world works to flatten the curve, scientists at Penn and Wistar hope to deliver the COVID-19 pandemic’s silver bullet: a vaccine that effectively protects people from infection.
Katherine Unger Baillie ・
Using a newly developed laboratory model of three types of brain cells, Penn and CHOP scientists reveal how HIV infection—as well as the drugs that treat it—can take a toll on the central nervous system.
Katherine Unger Baillie ・
Dineobellator notohesperus lived 67 million years ago. Steven Jasinski, who recently earned his doctorate from the School of Arts and Sciences working with Peter Dodson, also of the School of Veterinary Medicine, led the effort to describe the find.
Katherine Unger Baillie ・
The protein, SKP1, drives a key transition step in male meiosis, the type of cell division process that results in sperm, School of Veterinary Medicine researchers found.
Katherine Unger Baillie ・
Telemedicine is a critical tool in the COVID-19 epidemic. Clinicians at the medical, dental, and veterinary schools are making use of virtual encounters to keep providing patients with safe, timely, quality care.
Katherine Unger Baillie ・
Virologists Susan Weiss, Sara Cherry, and others at the Perelman School of Medicine are collaborating to inform the search for therapies against SARS-CoV-2.
Katherine Unger Baillie ・
New research from the School of Dental Medicine gives a satellite-level view of how biofilms grow and expand on a surface.
Katherine Unger Baillie ・