Research Articles
TGF-β: The Double Agent in Pancreatic Cancer
Exploring the dual role of TGF-β in pancreatic cancer progression and the latest therapeutic approaches targeting this complex signaling pathway.
Unlocking Cancer Therapy: How Biomarkers Predict Perifosine's Success
Discover how pharmacodynamic markers are revolutionizing cancer treatment by predicting Perifosine effectiveness through protein signatures and biological clues.
Precision Strike: How Radiolabeled Peptides are Revolutionizing Cancer Therapy
Explore how radiolabeled protein-inhibitor peptides are transforming cancer detection and treatment through targeted precision medicine approaches.
Nature's Tiny Assassins: Turning Our Body's Defenses Against Cancer
Discover how antimicrobial peptides are being engineered to fight cancer through selective targeting and multiple mechanisms of action.
Galectins: The Sweet Spot for New Hodgkin's Lymphoma Therapies
Exploring how galectin proteins are emerging as promising therapeutic targets for Hodgkin's Lymphoma by exploiting the body's sugar code for cancer treatment.
Nanomedicine in Cancer Therapy: How Tiny Particles Are Revolutionizing Tumor Targeting
Explore how nanomedicine is revolutionizing cancer treatment through precision targeting, reducing side effects, and improving therapeutic outcomes.
Hitting the Mark: How Targeted Drug Delivery is Revolutionizing Cancer Therapy
Explore how targeted drug delivery systems are transforming cancer treatment through nanotechnology, precision targeting, and innovative therapeutic approaches.
Pigment Epithelium-Derived Factor: The Body's Natural Shield Against Cancer
Explore the fascinating role of PEDF in cancer therapy and its significance in estrogen-dependent tissues. Discover how this natural protein fights cancer.
Cracking the Code: How Computer-Designed Drugs Target a Cancer-Linked Enzyme
Discover how computational drug design is creating targeted inhibitors for HCPTP, a promising enzyme in cancer research.
How Platinum Cancer Drugs Reshape Your DNA: A Cellular Story of Damage and Repair
Explore how platinum-based anticancer drugs interact with DNA at the molecular level, reshaping chromatin structure and influencing cancer treatment efficacy.