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Penn Research Shows That Short-Nosed Dogs Can Breathe a Little Easier During Critical Care

Penn Research Shows That Short-Nosed Dogs Can Breathe a Little Easier During Critical Care

PHILADELPHIA — Dogs with smushed-in noses may be adorable, but that distinctive short nose can lead to respiratory distress and disease, hospital visits and sometimes the need to receive mechanical assistance just to breathe.  Fortunately, a study by researchers at the University of Pennsylvania’s School of Veterinary Medicine shows that these dogs

Evan Lerner

Penn Vet Conducting Free Eye Exams for Service Dogs in May

Penn Vet Conducting Free Eye Exams for Service Dogs in May

The University of Pennsylvania School of Veterinary Medicine’s Matthew J. Ryan Veterinary will be participating in the National Service Dog Eye Exam sponsored by the American College of Veterinary Ophthalmologists (ACVO) and Merial for the month of May.

Kelly Stratton

Penn Research Using Frog Embryos Leads to New Understanding of Cardiac Development

Penn Research Using Frog Embryos Leads to New Understanding of Cardiac Development

PHILADELPHIA—During embryonic development, cells migrate to their eventual location in the adult body plan and begin to differentiate into specific cell types. Thanks to new research at the University of Pennsylvania, there is new insight into how these processes regulate tissues formation in the heart.

Evan Lerner

Penn Research Identifies Potential Mechanisms for Future Anti-Obesity Drugs

Penn Research Identifies Potential Mechanisms for Future Anti-Obesity Drugs

PHILADELPHIA — An interdisciplinary group of researchers at the University of Pennsylvania has, for the first time, identified the neurological and cellular signaling mechanisms that contribute to satiety — the sensation of feeling full — and the subsequent body-weight loss produced by drugs used to treat type 2 diabetes.

Evan Lerner

Penn Scientists Identify New Role for Protein Molecule That Inhibits Response of Immune-System Cells

Penn Scientists Identify New Role for Protein Molecule That Inhibits Response of Immune-System Cells

           PHILADELPHIA -– Researchers at the University of Pennsylvania have identified a new role for a protein molecule that inhibits the response of immune-system cells to inflammatory signals associated with many human diseases.           

Jacquie Posey