DNA Origami Platforms Target Gynecological Cancers With Programmable Precision
Women facing ovarian, cervical, and endometrial cancers may soon benefit from a fundamentally different therapeutic approach that transforms DNA itself into bo…
Found 1472 results for "cancer"
Women facing ovarian, cervical, and endometrial cancers may soon benefit from a fundamentally different therapeutic approach that transforms DNA itself into bo…
Cancer's reliance on methionine—an essential amino acid—may represent an Achilles' heel that researchers can exploit with remarkable precision. While healthy c…
Cancer cells have evolved sophisticated defense mechanisms against oxidative stress therapies, often rendering promising treatments ineffective. This resistanc…
Lin's research reveals a sophisticated glucose-sensing mechanism where the AXIN:LKB1 complex translocates to lysosomal surfaces when aldolase detects low gluco…
Patients with chronic lymphocytic leukemia carrying specific genetic mutations have historically faced grim outcomes, with traditional therapies often failing…
Analysis of HPV vaccination data across 28 Malawian districts from 2019-2024 reveals concerning coverage gaps, with first-dose uptake at 47% and second-dose co…
Analysis of multisite hospital records reveals individuals with recurrent Clostridioides difficile infections face a 105% increased risk of developing colorect…
The explosive rise in ultra-processed food consumption across Europe represents a fundamental shift in cancer risk that most adults underestimate. These conven…
When surgeons must remove an entire pancreas—typically for cancer or severe chronic pancreatitis—the timing and approach of the operation significantly affects…
Bladder cancer patients now have access to precision medicine approaches that were unimaginable just a decade ago, fundamentally changing treatment decisions a…
GLP-1 receptor agonists demonstrate therapeutic effects extending far beyond their established role in diabetes and obesity management, operating through multi…
For patients facing muscle-invasive bladder cancer, the standard treatment often means losing their bladder entirely through surgical removal. This aggressive…
Cancer treatment may be entering a new era with the targeting of metabolic pathways that tumors hijack for survival. The peroxisome proliferator-activated rece…
Advanced bladder cancer patients who cannot tolerate standard chemotherapy have long faced limited treatment options before undergoing radical surgery. This po…
The most lethal childhood brain cancers may finally have met their match through a precision epigenetic approach that dismantles the molecular machinery keepin…
The precision medicine revolution in melanoma treatment hinges on understanding which genetic drivers fuel individual tumors, yet comprehensive molecular profi…
Medical systems worldwide face a staggering reality: sepsis accounts for nearly one-third of all deaths globally, making it potentially the leading cause of mo…
Traditional anti-inflammatory drug development has hit a fundamental wall: targeting single molecules in complex immune cascades repeatedly fails in clinical t…
Pancreatic cancer cells exploit the UBE3A protein to resist cellular senescence by degrading mH2A1 histone variants at the K167 residue, which normally suppres…
Metabolic dysfunction-associated steatotic liver disease affects nearly one billion people globally, yet therapeutic options remain limited despite the conditi…