Research Articles
The Invisible Tug-of-War: How Actin's Push and Pull Guides Cell Movement
Exploring how spatial elasticity patterns of actin filaments dictate cellular migration behaviors in health and disease.
The Actin Tug-of-War: How Cellular Proteins Gelsolin and Nm23-H1 Clash to Stop Cancer's Spread
Discover how the interaction between Gelsolin and Nm23-H1 proteins could unlock new metastasis-blocking therapies in cancer treatment.
The Invisible Gym: How a Single Workout Reprograms Your Muscles at the DNA Level
Discover how acute exercise induces immediate epigenetic changes through DNA methylation, reprogramming your muscles at the genetic level.
The Amoeba's Dance: How a Microfluidic Microscope Sheds Light on a Genetic Mystery in Dictyostelium
Exploring how microfluidic devices revealed the role of the FRY gene in Dictyostelium discoideum's cell behavior and adhesion mechanisms.
The Thorny Enigma: How Misshapen Blood Cells Reveal Brain Secrets
Exploring neuroacanthocytosis (NA) - rare genetic disorders where thorny red blood cells coincide with progressive neurological decline and what they reveal about brain function.
The Cellular Symphony: How Protein Acetylation Conducts Longan Embryo Development
Discover how protein acetylation regulates longan embryo development through somatic embryogenesis, revealed by cutting-edge proteomic and acetylomic studies.
The Leaky Gatekeeper: How an Ancient Herb Heals the Brain's Fortress After Stroke
Discover how Erigeron breviscapus, an ancient herb, repairs blood-brain barrier damage after stroke through its unique molecular mechanisms.
The Silent Guardians: How a "Domesticated" Jumping Gene Stabilizes Our Genome
Discover how the domesticated jumping gene L1TD1 stabilizes our genome by controlling LINE-1 retrotransposons and its implications for cancer and neurodegenerative diseases.
Beyond the Petri Dish: How AI is Decoding Drug Effects in 3D Mini-Organs
Exploring how AI-powered image analysis is revolutionizing drug testing in 3D organotypic cultures by quantifying dynamic morphological responses.
Ocean Treasure vs. Metastatic Menace: How a Sea Sponge Compound Disrupts Melanoma's Skeleton
Exploring how jaspamide from sea sponges disrupts melanoma metastasis by targeting the actin cytoskeleton