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Medically tailored meals improve nutrition, reduce readmissions for heart failure patients

Medically tailored meals improve nutrition, reduce readmissions for heart failure patients

A new study by Penn Nursing professor Charlene Compher, published in BMC Nutrition, demonstrates that providing medically tailored meals to patients with heart failure and malnutrition risk following hospital discharge significantly improves their nutritional status and keeps hospital readmission rates well below local and national averages.

‘Media and Propaganda in an Age of Disinformation’

‘Media and Propaganda in an Age of Disinformation’

In a new book, Annenberg School for Communication professor Barbie Zelizer and other communication scholars explore media and propaganda across borders, topics, and timelines.

From Annenberg School for Communication

2 min. read

Sean Burkholder and Eva Del Soldato awarded the 2025-26 Rome Prize
headshots of Sean Burkholder and Eva Del Soldato

Penn faculty members Sean Burkholder of the Weitzman School of Design and Eva Del Soldato of the School of Arts & Sciences are among 35 recipients of the 2025-26 Rome Prize, awarded by the American Academy in Rome.

(Images: Courtesy of Sean Burkholder and Eva Del Soldato)

Sean Burkholder and Eva Del Soldato awarded the 2025-26 Rome Prize

Sean Burkholder of the Weitzman School of Design and Eva Del Soldato of the School of Arts & Sciences are among 35 recipients of the 2025-26 Rome Prize, awarded by the American Academy in Rome to support innovative fellows in the arts, humanities, and sciences.
Armoring CAR T cells to take on cancer
 3D visualization showing a reddish-blue tumor mass with internal vasculature, surrounded by blue CAR T cells and small extracellular vesicles against a dark background.

Wei Guo of the School of Arts & Sciences and colleagues from the Perelman School of Medicine, School of Veterinary Medicine, and School of Engineering and Applied Science have teamed up to uncover how solid tumors’ complicated microenvironments can manipulate cancer-fighting CAR T cells through extracellular vesicles, causing the engineered CAR T cells to commit fratricide—essentially turning against each other instead of attacking the cancer.

(Image: iStock / Marcin Klapczynski)

Armoring CAR T cells to take on cancer

Wei Guo of the School of Arts & Sciences and colleagues from the Perelman School of Medicine, School of Veterinary Medicine, and School of Engineering and Applied Science have uncovered how solid tumors manipulate cancer-fighting CAR T cells through extracellular vesicles, causing the engineered CAR T cells to commit fratricide—essentially turning against each other instead of attacking the cancer.

3 min. read