Research Articles
The SUMO Switch: How a Tiny Protein Modification Shapes Your Brain and Fights Disease
Discover how SUMOylation, a crucial protein modification, regulates neuroplasticity and plays a key role in neurological disorders like Alzheimer's and Parkinson's disease.
Mitochondrial Transcription Factor B2: The Hidden Architect of Cellular Communication
Explore the fascinating role of TFB2M in mitochondrial retrograde signaling and its implications for cellular communication and disease treatment.
The Velvet Forest in Our Veins: How the Glycocalyx Feels the Flow
Discover how glycocalyx core proteins selectively mediate endothelial NOS activation and cell alignment in response to shear stress, a key mechanism in vascular health.
The Powerhouse and the Scaffold: A Cellular Journey from Cat Egg to Embryo
Exploring how mitochondria and actin cytoskeleton work together in feline oocytes and blastocysts, with implications for conservation and human fertility.
The Secret Physics of Cell Control: How Semiflexible Polymers Shape Life
Explore how semiflexible polymers form the architectural framework of cells and enable mechanical signaling that controls cellular function.
Visualizing the Cell's Skeleton: Imaging the Actin Cytoskeleton in Fixed Budding Yeast Cells
Explore how scientists visualize the actin cytoskeleton in fixed budding yeast cells using advanced microscopy techniques and what these structures reveal about cellular function and aging.
How a Tiny Fungus Could Unlock the Secrets of Cell Architecture
Exploring how yeast cell polarization reveals fundamental principles of cellular organization with implications for human health and disease.
The Cellular Dance: How Your Cells "Eat" and What the Skeleton Has to Do With It
Explore the intricate relationship between endocytosis, the actin cytoskeleton, and cellular signaling in this engaging scientific article.
The Parasite's Puppeteer: How a Cattle Bug Hijacks White Blood Cells and Turns Them Rogue
Discover how Theileria parasites manipulate TGF-β2 to transform white blood cells into invasive vehicles, with implications for understanding cancer metastasis.
Glia: Making Waves for Myelin
Discover how glial cells, once considered mere support cells, are now recognized as master conductors of brain function through myelin production and maintenance.