Research Articles
The Invisible Architects: How ATPase Enzymes Rewire Cancer's Survival Blueprint
Exploring how ATPase enzymes are hijacked by cancer cells to fuel metastasis, manipulate pH, and develop drug resistance, with insights into therapeutic strategies.
The Silent Warriors: How Cell Death Proteins Shape Esophageal Cancer's Deadliness
Exploring the role of apoptosis-related proteins caspase-6, caspase-9, FLIP and BNIP3 in esophageal squamous cell carcinomas and their therapeutic implications.
Beyond Poison: The Science of Smarter Chemotherapy
Exploring the revolutionary advances in chemotherapy that target cancer with precision while minimizing harm to healthy cells.
The Piperazine Revolution: How a Tiny Molecule is Triggering Cancer's Self-Destruct Button
Discover how piperazine derivatives are revolutionizing cancer treatment by triggering apoptosis through multiple signaling pathways.
Decoding Cancer's Origins: How Toxicogenomics Reveals the Hidden Dance Between Chemicals and Genes
Explore how toxicogenomics uncovers the interaction between environmental toxins and our genes in cancer development, featuring breakthrough research and applications.
Small Rings, Big Impact: The Quantum Blueprint Behind a Cancer Drug Revolution
Exploring the quantum chemistry and stereoselective synthesis behind the groundbreaking cancer drug (+)-JQ1 and its bromodomain inhibitors.
The Invisible Hand of Cancer: How a Molecular Chaperone Holds the Keys to Tumor Survival—And How We Can Stop It
Exploring how HSP90 inhibition by AT13387 modulates growth factor and cytokine stimulated cell signalling in multiple cancer cell lines.
Indane Scaffolds: Nature's Blueprint for Next-Gen Cancer Therapies
Exploring the potential of indane scaffolds as next-generation cancer therapies through targeted molecular mechanisms and innovative drug design.
Molecular Velcro: Stitching Together Supercharged Cancer Hunters
Discover how a revolutionary chemical platform enables the creation of multivalent antibody fragments with enhanced cancer-fighting capabilities.