Discover how exosomes - microscopic extracellular vesicles - are transforming cancer diagnosis and treatment through liquid biopsy and targeted drug delivery.
Discover how the MSH2 protein, when appearing in the wrong place, activates gamma delta T cells to fight cancer and viruses.
Explore how nitric oxide, a vital signaling molecule, drives tumor angiogenesis and becomes a critical target in cancer therapy.
Exploring the landmark Wuhan study on how COVID-19 affected cancer patients during the early pandemic, with detailed clinical characteristics and implications for cancer care.
Discover how Kaposi's sarcoma-associated herpesvirus (KSHV) manipulates human cells to cause cancer through sophisticated molecular mechanisms.
Discover how scientists are turning viruses into powerful allies in the fight against cancer through viral immunotherapy.
Discover how exhausted T cells contain distinct subsets that differentially control tumors and respond to checkpoint blockade immunotherapy.
Explore the fascinating world of the Sda antigen and its role in cell differentiation and cancer development. Learn how this molecular marker controls cellular growth.
Exploring the dual role of neutrophil extracellular traps (NETs) in immune defense and cancer progression, with global research trends and therapeutic implications.
Exploring how animal studies uncovered BCG's potential and risks in cancer immunotherapy through intrapleural administration.