Research Articles
The Mountain Lichen That Fights Cancer: Exploring Lethariella Cladonioides
Discover how Lethariella cladonioides, a high-altitude lichen, shows promising anticancer activity in scientific studies.
Stopping Bone Cancer in Its Tracks: How Gene Therapy Is Revolutionizing Osteosarcoma Treatment
Discover how adenovirus-mediated ING4 gene therapy is showing remarkable potential in inhibiting osteosarcoma growth through innovative laboratory research.
Fatty Acids as Fuel: The Hidden Metabolic Engine Driving Chronic Lymphocytic Leukemia
Discover how fatty acid metabolism powers chronic lymphocytic leukemia cells and opens new therapeutic avenues for this common adult blood cancer.
Unlocking Silenced Genes: A New Front in the Fight Against Colon Cancer
Explore how epigenetic therapies using DAC, VPA, and TSA are reactivating silenced tumor-suppressor genes in colon cancer cells, inducing apoptosis and inhibiting growth.
Isokinetic Training: A Revolutionary Approach to Fighting Spinal Osteoporosis
Discover how isokinetic training offers a revolutionary approach to combating spinal osteoporosis through personalized resistance and targeted exercise.
How Black Rice Bran Fights Colon Cancer: A Scientific Breakthrough
Discover how black rice bran, a humble byproduct of rice milling, significantly slows colon cancer development through multiple mechanisms in scientific studies.
Brain on Ice: How Targeted Cooling Could Revolutionize Neurological Treatment
Exploring the science behind focal brain cooling and its potential to transform treatment for neurological conditions like epilepsy, stroke, and traumatic brain injury.
How Silencing a "Genetic Dark Matter" Could Stop Colorectal Cancer
Discover how silencing long non-coding RNA LINC00346 inhibits colorectal cancer tumorigenesis through targeting microRNA-148b and other molecular pathways.
The Jekyll and Hyde of Cancer Therapy: Why a "Magic Bullet" Drug Doesn't Work For Everyone
Exploring why some gastric cancer cells resist TRAIL-induced apoptosis while others succumb, and what this means for personalized cancer treatment.
Breaking the Code: How Two Drugs Team Up to Fight Leukemia
Discover how BIBR1532 and arsenic trioxide work synergistically to combat acute promyelocytic leukemia through targeted molecular mechanisms.