Research Articles
How Cellular "Brakes" and "Accelerators" Shape Colon Cancer
Exploring the role of E2F2 and ID3 transcription factors in colon cancer development and metastasis
The Double Danger: How Alcohol Worsens Burn Injuries Through Tiny Cellular Messengers
Discover how alcohol worsens burn injuries through microvesicle particles and platelet-activating factor, exploring the cellular mechanisms and potential treatments.
The Cellular Architects: How Integrins Build Our Salivary Glands
Explore how integrins function as master architects in salivary gland development, pathology, and future therapeutic applications.
Breaking the Chain: How Cholesterol-Modifying Drugs Could Halt Aggressive Breast Cancer
Exploring how mevalonate pathway inhibitors affect breast cancer motility and invasion through cholesterol metabolism targeting
The Actin-Like MreB Proteins in Bacillus subtilis: A New Turn
Explore the fascinating world of MreB proteins in Bacillus subtilis - the bacterial cytoskeleton that shapes cellular architecture and offers new antibiotic targets.
How Cells Feel Their Way: The Force-Sensing Partnership at the Heart of Cell Movement
Discover how cells sense mechanical forces through RIAM-Vinculin interactions in focal adhesions using advanced three-color FRET technology.
The Molecular Dimmers: How Scientists Are Learning to Switch Immune Responses On and Off
Explore formyl peptide receptors as molecular dimmers controlling immune responses through allosteric modulation and signaling mechanisms
Shedding Light on a Broken Gene: The Glowing Mouse That's Illuminating Muscular Dystrophy
Discover how the DmdEGFP reporter mouse is revolutionizing Duchenne Muscular Dystrophy research by making protein restoration visible through fluorescence.
From Plant to Potent Medicine: The Story of the Water-Soluble Warrior, Etoposide Phosphate
Discover how Etoposide Phosphate, a water-soluble prodrug derived from the American mayapple plant, revolutionized cancer treatment through innovative chemistry.
Unlocking the Heart's Cellular Secrets: How the Rho Kinase Pathway is Revolutionizing Cardiovascular Medicine
Explore the fascinating science behind Rho kinases, fasudil's therapeutic effects, and how targeting these cellular pathways may revolutionize cardiovascular disease treatment.