Through
4/26
Experts across Penn share their insights on how data and data science affect their fields in the context of an ongoing pandemic.
Instead of using synthetic materials, a Penn Medicine study shows magnets could be used to arrange cells to grow new tissues.
The research fellow in the Berger Lab and co-founder of JKX Comics makes science and STEM disciplines more accessible by translating abstruse concepts into approachable comics.
Mussels, barnacles, and snails are declining in the Gulf of Maine, according to a new paper by biologists Peter Petraitis of the School of Arts & Sciences and Steve Dudgeon of California State University, Northridge. Their 20-year dataset reveals that the populations’ steady dwindling matches up with the effects of climate change on the region.
Research led by Doris Wager of the School of Arts & Sciences, together with postdoc Yang Zhu and graduate student Samantha Klasfeld, reveals an antagonistic relationship behind flower development.
Penn researchers have discovered a potential new way to maintain a key enzyme, SIRT1, which is tied to aging.
The Presidential Assistant Professor in microbiology runs the Jurado lab, which studies emerging virus pathogenesis and immunology, while leading and supporting equity and justice initiatives.
The identification of this epigenetic process highlights potential drug treatment strategies for early-stage disease treatment.
Perelman School of Medicine scientists identified a key protein involved in fueling the cells’ power plants.
Individuals’ immunological imprint from early childhood infection likely lessens the virus’ severity, but does not prevent infection.
According to Colleen Tewksbury of the School of Nursing, research suggests that L-theanine may help support stress management, sleep, and potentially weight management.
FULL STORY →
Scott Hensley of the Perelman School of Medicine is working on a flu vaccine to provide protection against 20 subtypes of flu that may pose a pandemic threat in the future.
FULL STORY →
A study by César de la Fuente of the Perelman School of Medicine and colleagues used AI to recreate molecules from ancient humans that could be potential candidates for antimicrobial treatments.
FULL STORY →
A study by Christoph Thaiss and Maayan Levy of the Perelman School of Medicine and colleagues finds that long COVID’s neurological symptoms, like brain fog, memory loss, and fatigue, may stem from serotonin reduction.
FULL STORY →
A study by Christoph Thaiss and Maayan Levy of the Perelman School of Medicine and colleagues suggests that serotonin could be a target for long COVID treatment.
FULL STORY →
A study by Christoph Thaiss and Maayan Levy of the Perelman School of Medicine and colleagues suggests that several current hypotheses for the pathophysiology of long COVID are linked by a single pathway that is connected by serotonin reduction.
FULL STORY →