Found 2031 results for "cancer"
Geographic inequality in America's deadliest form of liver cancer reveals troubling access patterns that could affect millions living outside metropolitan…
Cellular senescence demonstrates a striking Jekyll-and-Hyde behavior in pancreatic ductal adenocarcinoma, initially suppressing KRAS-driven tumor formation…
Temozolomide chemotherapy triggers glioblastoma cells into senescence through two distinct morphological pathways: early extension-rich cells (E-state) and…
The discovery that prostate tissue architecture fundamentally programs immune memory could reshape how we understand both prostate cancer prevention and…
Pancreatic cancer's notorious resistance to immunotherapy may finally have an exploitable weakness. This devastating disease creates an immunologically 'cold'…
The promise of CAR-T cell therapy for solid tumors may finally be within reach through a breakthrough that transforms these engineered immune cells from…
Adults who harbor traditional serrated adenomas face dramatically elevated cancer risk that persists long after polyp removal, challenging assumptions about…
Accurate diagnosis of sarcoidosis has long required invasive tissue biopsy, but advanced imaging is changing this clinical reality. This inflammatory…
Cancer cells that resist treatment often exploit fundamental immune surveillance mechanisms, and new research reveals how acute myeloid leukemia (AML) hijacks…
The global fight against meningitis reveals both progress and persistent vulnerabilities, with young children bearing a devastating toll that demands targeted…
Breaking through the blood-brain barrier has long frustrated neurologists treating Alzheimer's, Parkinson's, and other brain diseases. This protective shield…
The discovery of how non-coding RNA molecules orchestrate cancer progression reveals new therapeutic vulnerabilities in prostate malignancy, the leading…
Advanced cellular therapy may offer hope for patients trapped in cycles of failed immunosuppressive treatments for rare autoimmune conditions. When…
The fight against cardiovascular disease may have found a precision weapon in the form of genetically modified immune cells that specifically target the…
The most aggressive form of brain cancer may have met its match through a precision drug combination that exploits a critical vulnerability in tumor survival…
The prospect of reprogramming immune cells to halt their own destructive attacks represents a paradigm shift for millions suffering from chronic autoimmune…
Blood cancer patients may soon receive dramatically more precise prognosis and treatment guidance following breakthrough research that identified nine…
Cancer cells may harbor an unexpected vulnerability that could transform how we approach treatment. When researchers manipulated the internal pH of cancer…
Understanding how colorectal tumors develop treatment resistance could transform outcomes for the 150,000 Americans diagnosed annually with this deadly…
Cancer's metabolic hijacking extends deeper than previously understood, potentially opening therapeutic avenues through an overlooked cellular process. While…