Research Articles
The Cellular Highway: How Flaviviruses Hijack Our Cytoskeleton to Spread Disease
How deadly flaviviruses like Dengue, Zika, and West Nile exploit our cells' cytoskeleton to spread infection
The Invisible Hand of the Cell: How OLA1 Sculpts Your Cellular Architecture
Discover how OLA1 regulates cellular architecture through F-actin polymerization and cell adhesion mechanisms.
The Stealth Strategy: How Dormant Lung Cancer Cells Hijack Cellular Machinery to Evade Immune Detection
Breakthrough research reveals how dormant lung cancer cells use TGF-β-driven cellular reprogramming to evade immune detection through biomechanical stealth.
The Phosphorylation Switch: How Septins Sculpt Your Brain and Why It Matters
Exploring how phosphoregulation of septins dictates neuron migration, synaptic function, and links to neurological disorders like autism and Alzheimer's.
Gamma-Tubules: The Cell's Hidden Filaments in the Cancer Fight
Discover how gamma-tubules, the newly discovered cellular filaments, are revolutionizing cancer treatment by targeting tumors selectively while sparing healthy cells.
The Genetic Symphony of the Sky-High Chicken: How Tibetan Fowl Build Muscle on the Roof of the World
Discover how Tibetan chickens develop robust skeletal muscle at high altitudes through transcriptome analysis of mRNAs, lncRNAs, and miRNAs across different developmental stages.
Waterways of Life: How a Tiny Channel Protein Holds the Key to Human Fertility
Discover how aquaporin-3 (AQP3), a tiny channel protein, plays a crucial role in human fertility by regulating endometrial cell motility under ovarian hormone control.
The Silent Domino: How a Brain's Chemical Messenger Collapse Rewrites Alzheimer's Research
Discover how cholinergic neuron loss triggers a cascade of failures in GABAergic signaling and synaptic plasticity, reshaping our understanding of Alzheimer's disease.
The Invisible World Beneath Our Implants: How Nanoscale Patterns Guide Bone Healing
Discover how nanoscale surface patterns on medical implants influence bone cell behavior and osseointegration success.
The Invisible Architects: How Protein Networks Shape Our Red Blood Cells
Discover how the sophisticated protein network in red blood cells enables their remarkable functions and what this means for medical science.