Research Articles
The Heart's Molecular Architect: How a Tiny Protein Called FAK Shapes Cardiac Hypertrophy
Explore how Focal Adhesion Kinase (FAK) acts as a molecular architect in cardiac hypertrophy, sensing mechanical stress and orchestrating heart remodeling.
Rakesh Kumar: From Scientific Curiosity to Cancer Research Leadership
Explore the career and scientific contributions of Rakesh Kumar, Ph.D., a prominent cancer researcher and former chairman at George Washington University.
DNA Anchors: Programming Life's Fundamental Barrier
Exploring how lipid-tethered DNA enables programmable biological interfaces and membrane manipulation through nanotechnology.
The Secret Double Life of Vimentin: How a Cellular Scaffold Fuels Atherosclerosis
Discover how vimentin, once considered just a structural protein, plays a dual role in driving atherosclerosis through intracellular and extracellular mechanisms.
How Cellular Scaffolds Drive Breast Cancer Spread: The CIP4 and Src Story
Explore the molecular partnership between CIP4 and Src proteins in driving breast cancer metastasis and invasion through invadopodia formation.
Viral Warfare at the Nanoscale: How a Tiny Probe Reveals RSV's Attack Plan
Discover how atomic force microscopy reveals the nanoscale destruction caused by Respiratory Syncytial Virus (RSV) infection in human cells.
The Cell's High-Altitude Choreography: How a Tiny Kinase Directs Cancer's Moves in Low Oxygen
Discover how PIM kinase regulates actin dynamics in hypoxic tumor environments, driving cancer metastasis through cytoskeletal remodeling.
Seeing the Unseeable: How High-Frequency Ultrasound Reveals Alzheimer's Hidden Architecture
Discover how high-frequency ultrasound technology is revolutionizing Alzheimer's detection by revealing cytoskeletal dysfunction in brain cells.
The Cell's Hidden Saboteur: How a Cancer-Fighting Protein Turns Chemotherapy into a Lethal Weapon
Discover how BRCA1 protein's dual role in DNA repair and microtubule ubiquitination makes Taxol chemotherapy effective against cancer cells.
The Cell's Conductor: How a Single Protein Tames the Power of Stem Cells
Discover how Cyclin A1 maintains pluripotency and reduces tumorigenicity in induced pluripotent stem cells, advancing regenerative medicine.