Snapshot Science

Using advanced omics and computational techniques, the researchers found that both cancer and immune cells changed after treatment.

Study results from the John Lab reveal how a novel “Trojan horse” prodrug strategy could help researchers design treatments that more effectively combat malaria.

A pre-clinical study sets the stage for medical advances: A gene therapy treatment approach for Fanconi anemia patients.

This Snapshot Science reveals how cerebral blood flow maps indicate an emergence of physiological cortical hierarchy during infancy.

Early Phase 1 trial results show potential for gene therapy to improve long-term cardiac outcomes.

CHOP researchers are the first to capture a structural snapshot of an MHC-I molecule as it screened for peptides, a critical immune system process.

In a preclinical model, the team reversed symptoms of X-linked sideroblastic anemia, a rare disorder.

Dr. David Frank and a team of researchers found that pulmonary venous endothelial cells contribute to the repair of blood vessels after lung injury.

A Snapshot Science sums up how researchers explored rates of vaccine-strain rotavirus transmission in CHOP’s neonatal intensive care unit.

Researchers identify cell surface protein DLK1 as a potential immunotherapeutic target for neuroblastoma.