Breakthrough in photodynamic therapy using EGFR-targeted photosensitizers encapsulated in Pluronic F127 micelles for precise cancer treatment.
Discover how macrocyclization enables polypharmacology in cancer treatment, creating multi-target drugs that overcome resistance by simultaneously inhibiting PI3K, mTOR, and PIM pathways.
The story of Theodore Puck, the pioneer who revolutionized cell culture and laid the foundation for modern genetics and biotech industry.
Exploring Biotin-SN38-Valproic Acid Conjugates as a targeted cancer therapy approach combining chemotherapy, epigenetic modulation, and precise delivery.
Exploring how ATPase enzymes are hijacked by cancer cells to fuel metastasis, manipulate pH, and develop drug resistance, with insights into therapeutic strategies.
Discover how CK2α's cryptic nuclear localization signal in its αD helix enables nuclear entry, with implications for cancer therapy.
Exploring OC144-093, a novel P-glycoprotein inhibitor that could transform treatment for pharmacoresistant epilepsy by overcoming the blood-brain barrier.
Exploring how molluscs are revolutionizing scientific research in neuroscience, climate science, and medicine through their unique biological features.
Novel DNA-PK inhibitor combined with radiation therapy demonstrates potent synergy against glioblastoma and lung cancer in preclinical studies.
Exploring cutting-edge methods to detect and treat small pancreatic head tumors before they become life-threatening.