Found 2051 results for "cancer"
Understanding how genetic switches control brain formation could revolutionize approaches to both developmental disorders and cancer treatment. The…
European researchers have mapped how senescent (aged) fat cells actively promote breast cancer through a senescence-associated secretory phenotype (SASP) that…
The traditional view that breast cancer spreads only in advanced stages is giving way to evidence that metastatic seeding happens much earlier than previously…
Cancer immunotherapy may be on the verge of a significant leap forward, as scientists have discovered a method to dramatically amplify the killing capacity of…
The overtreatment dilemma in early breast cancer detection may have less to do with medical evidence and more with how patients process fear, how doctors…
The ability to examine tissue architecture without destroying cellular integrity represents a fundamental shift in how researchers can study disease…
Cancer immunotherapy faces a fundamental paradox: regulatory T cells that prevent autoimmune destruction also shield tumors from immune attack. Breaking this…
Cancer cells traveling through the bloodstream face a deadly gauntlet of mechanical forces that should destroy them—yet some survive to seed new tumors. This…
Cancer patients could soon know within minutes whether their tumors will respond to chemotherapy, potentially eliminating weeks of ineffective treatment and…
Early detection of breast cancer could be revolutionized by a blood-based biomarker that identifies malignancy before tumors become palpable or visible on…
Cancer's relationship with cellular oxidative stress presents a critical vulnerability that could revolutionize treatment approaches. While healthy cells…
Infant leukemia with KMT2A gene rearrangements represents one of pediatric oncology's most stubborn challenges, with current treatments failing half of…
Natural killer cells undergo dramatic age-related changes affecting their ability to clear senescent cells, regulate inflammation, and maintain immune…
Brain cancer's deadliest form may have met its match through a breakthrough that transforms the tumor's own defense system against itself. Glioblastoma…
Brain cancer's devastating lethality may stem from an unexpected metabolic partnership between tumors and the brain's own immune sentries. This discovery…
The convergence of advanced gene editing technologies with refined delivery systems is creating unprecedented opportunities for treating previously incurable…
The discovery of molecular switches that control cancer spread could transform how oncologists approach metastatic breast cancer treatment. Understanding…
Advanced cellular immunotherapy may offer hope for patients with systemic sclerosis, a devastating autoimmune condition that progressively hardens skin and…
Researchers discovered that cortactin, a cytoskeletal regulatory protein, prevents premature senescence in melanoma circulating tumor cells (CTCs) by…
Brain cancer's most devastating trait may become its downfall. Glioblastoma's tendency to infiltrate healthy tissue through chemical signals could be…