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2005 Results
Compound Derived From a Mushroom Lengthens Survival Time in Dogs With Cancer, Penn Vet Study Finds

Compound Derived From a Mushroom Lengthens Survival Time in Dogs With Cancer, Penn Vet Study Finds

PHILADELPHIA — Dogs with hemangiosarcoma that were treated with a compound derived from the Coriolus versicolor mushroom had the longest survival times ever reported for dogs with the disease. These promising findings offer hope that the compound may one day offer cancer patients — human and canine alike — a viable alternative or complementary treatment to traditional chemotherapies.

Katherine Unger Baillie

Penn Team Finds Key Molecules Involved in Forming Long-term Memories

Penn Team Finds Key Molecules Involved in Forming Long-term Memories

PHILADELPHIA — How does one’s experience of an event get translated into a memory that can be accessed months, even years later? A team led by University of Pennsylvania scientists has come closer to answering that question, identifying key molecules that help convert short-term memories into long-term ones.

Katherine Unger Baillie

Penn Medicine Physician Offers Model for Teaching Future Physicians Value-based Care

Penn Medicine Physician Offers Model for Teaching Future Physicians Value-based Care

PHILADELPHIA — Despite the national consensus on the need to improve the value of health care while reducing unnecessary spending, teaching hospitals often struggle to design curricula to train future physicians to deliver such care to their patients.

Jessica Mikulski

$4.6 Million Renewal from NIH to Penn Program that Aims to Diversify Biomedical Education

$4.6 Million Renewal from NIH to Penn Program that Aims to Diversify Biomedical Education

Yvonne Paterson, PhD, professor of Microbiology, at the Perelman School of Medicine, and professor and associate dean, at the School of Nursing, has been awarded an almost $5 million renewal by the National Institute for General Medical Sciences for the U

Karen Kreeger

Composite Nanofibers Developed by Penn Scientists Next Chapter in Orthopaedic Biomaterials

Composite Nanofibers Developed by Penn Scientists Next Chapter in Orthopaedic Biomaterials

Bioengineered replacements for tendons, ligaments, the meniscus of the knee, and other tissues require re-creation of the exquisite architecture of these tissues in three dimensions. These fibrous, collagen-based tissues located throughout the body have an ordered structure that gives them their robust ability to bear extreme mechanical loading.

Karen Kreeger