Revolutionizing Cancer Treatment: Starvation-Based Therapeutic Strategies

Revolutionizing Cancer Treatment: Starvation-Based Therapeutic Strategies is a comprehensive review presentation exploring metabolic starvation approaches for cancer therapy. The project examines amino acid depletion strategies targeting asparagine, arginine, and methionine, detailing their mechanisms, therapeutic enzymes, limitations, and clinical implications. It further analyzes glucose starvation approaches, including the Warburg effect, redox regulation, UPR activation, and targeted inhibition of key metabolic enzymes (GLUT, HKs, LDH-A, PKM2). The role of lipid and cholesterol metabolism in tumor survival is also discussed, highlighting therapeutic targets such as fatty acid synthesis pathways, SREBPs, LXRs, and statins, with specific focus on glioblastoma metabolism. Additionally, the project explores nanomedicine-mediated cancer starvation therapy, including nanoparticle targeting strategies, anti-angiogenic approaches, vascular disruption, and innovative nanocarrier systems. Overall, the work emphasizes metabolic vulnerabilities of cancer cells and the therapeutic potential of starvation-based interventions for tumor suppression.