Research Articles
The Invisible Highways: How Silencing a Single Gene Could Starve Triple-Negative Breast Cancer
Discover how silencing the TRPS1 gene could starve triple-negative breast cancer by disrupting its hidden vasculogenic mimicry networks.
Decoding the Neighborhood: How Cancer's Surroundings Fuel Platinum Resistance in Ovarian Tumors
Exploring how ovarian cancer's tumor microenvironment contributes to platinum resistance through advanced PDX models and transcriptional profiling
The Invisible Switchboard: How Cellular Identity Shapes KRASG12C's Cancer Network
Exploring how cellular identity orchestrates a dynamic network of proteins around KRASG12C, dictating treatment success or failure in cancer therapy.
Nature's Microtubule Warriors: How Epothilones Are Revolutionizing Cancer Therapy
Discover how epothilones, natural compounds from soil bacteria, are transforming cancer treatment by overcoming drug resistance and targeting microtubules.
The Silent Symphony: How Physical Forces Conduct Cellular Migration in Health and Disease
Exploring how mechanical forces from three directions shape cellular migration with implications for cancer, regenerative medicine, and immune therapy.
Microtubule Magic: How Plant Cells Remodel Their Skeletons for Symbiotic Harmony
Discover how plant cells reorganize their microtubule cytoskeleton to form symbiotic relationships with arbuscular mycorrhizal fungi for nutrient exchange.
The Formin Gene Family: Unlocking Gastric Cancer's Hidden Weaknesses
Exploring the role of formin-like gene family in gastric cancer progression, prognosis, and potential therapeutic targets.
Seeing the Invisible Scaffold: How Scientists Map Keratin's 3D Blueprint in Living Cells
Discover how fluorescence confocal laser microscopy reveals the 3D structure of keratin cytoskeleton in living cells and its importance in cellular mechanics and disease.
The Genomic Survival Playbook: How Two Amoebas Master Their Worlds
Comparative genomic analysis of Acanthamoeba castellanii and Entamoeba histolytica reveals their remarkable adaptation strategies at the genome level.
Cellular Hijackers: How Viruses Rewire Our Cells to Build Their Replication Factories
Explore how viruses remodel host cell structures like the cytoskeleton and membrane networks to create viral replication factories, enabling their survival and spread.