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Many pediatric cancer treatments, though lifesaving, can compromise future fertility. In a new study in rodents, researchers from the School of Veterinary Medicine showed that testicular tissue frozen for more than 20 years could give rise to sperm.
Katherine Unger Baillie ・
In his first year at Penn, biologist Aman Husbands is busy working on projects aimed at illuminating the molecular mechanisms that govern plant development.
Katherine Unger Baillie ・
Both dense human populations and a plethora of wildlife can pose a challenge to marine and public health in the Galápagos Islands. With portable, user-friendly PCR technology, Penn faculty and students are training local scientists and school children to perform water quality research.
Katherine Unger Baillie ・
Researchers from the School of Dental Medicine and colleagues from Dresden, Germany demonstrate that an association between conditions such as severe gum disease and arthritis is traceable to the bone marrow.
Katherine Unger Baillie ・
Approaching the half-century mark of this landmark piece of environmental legislation, Penn students, staff, and faculty share their reflections on its legacy, both strengths and shortcomings.
Katherine Unger Baillie ・
Research led by School of Veterinary Medicine scientists reveals a new layer of complexity with which the immune system finds a balance between controlling pathogens and protecting healthy tissue.
Katherine Unger Baillie ・
Organized by Penn Sustainability, Earth Week, with nearly 50 events running April 17-24, offers a diverse slate of both in-person and online chances to learn about and engage with the environment.
Katherine Unger Baillie ・
Researchers from Boris Striepen’s lab in the School of Veterinary Medicine tracked Cryptosporidium in real time, creating a new paradigm for how the widespread parasite reproduces in a host.
Katherine Unger Baillie ・
Efforts around campus aim to diversify those honored in portraits and rethink how to approach representation through art.
Katherine Unger Baillie ・
Two studies identify factors that correlate with high blood-lead levels in children, pointing to ongoing environmental justice issues that disproportionately fall on children of color and poorer communities in the city.
Katherine Unger Baillie ・