Research Articles
The Hidden Dance of Proteins: How Cellular Mechanics Drive Diabetes Complications
Exploring how RAGE and Diaph1 proteins interact to drive neurovascular complications in diabetes and potential therapeutic approaches.
The Splice of Life: How a RNA-Binding Protein Decides Cell Fate After Radiation
Discover how CUGBP2, an RNA-binding protein, regulates cell fate decisions through alternative splicing in response to radiation exposure, leading to mitotic catastrophe.
The Silent Maestro: How Hepatitis C Reprograms Liver Cells Toward Cancer
Explore how Hepatitis C virus reprograms liver cells through transcriptional changes leading to cancer development. Learn about the molecular mechanisms and research breakthroughs.
The Silent Invader: How Helicobacter pylori's Shape Helps It Cause Ulcers in Children
Exploring how Helicobacter pylori's cellular shape and flagella morphology contribute to ulcer formation in pediatric patients.
The Hidden Architecture of Life: How Plant Cells Build Their Beautiful Shapes
Explore the fascinating world of plant cell shapes, the molecular mechanisms behind their formation, and cutting-edge research techniques in this comprehensive scientific article.
The Architect of Our Cells: How Transmembrane Agrin Sculpts Our Neural Landscape
Exploring how transmembrane agrin reorganizes the cytoskeleton in neurons and non-neuronal cells, with implications for neuroscience and medicine.
Disrupted Actin: The Unlikely Sentinel in Plant Immune Defense
Discover how plants sense pathogen attacks through actin cytoskeleton disruption and trigger immune responses. Explore the science behind this novel defense mechanism.
How Light Becomes a Scalpel: Targeting the Cancer Cell's Skeleton with Photodynamic Therapy
Explore how Spanish researchers are using photodynamic therapy to target the cytoskeleton and adhesion complexes of cancer cells for more precise treatment.
The Invisible Force: How Nitric Oxide Guides Cancer Cell Migration
Discover how nitric oxide controls SDF-1-induced cytoskeleton changes and Jurkat cell migration in this engaging scientific exploration.
Targeting Ion Channels for Cancer Treatment: The Electrical Symphony of Cellular Control
Exploring how ion channels contribute to cancer development and the promising therapies targeting these cellular gatekeepers for more effective cancer treatment.