Research Articles
The Invisible Web: How a Novel Molecular Circuitry Drives Liver Cancer's Aggressiveness
Discover how the ETV6-miR-429-CRKL regulatory circuitry contributes to hepatocellular carcinoma aggressiveness and potential therapeutic approaches.
Unlocking Colon Cancer's Secrets: How a Protein's Switch Controls Malignancy
Discover how VASP phosphorylation at serine residues 157 and 239 acts as a molecular switch defining colon cancer aggressiveness and potential therapeutic approaches.
Seeing the Invisible: How AI Is Revolutionizing Our View of the Cellular Universe
Discover how deep learning and convolutional neural networks are enabling instant multicolor super-resolution microscopy, breaking through the diffraction limit to reveal cellular structures in unprecedented detail.
Unlocking the Secrets of Kidney Stones: How Urine Proteins Reveal Hidden Clues to Cystinuria
Discover how urine proteomic profiling is revolutionizing our understanding of cystinuria and kidney stone formation through advanced protein analysis.
Mitophagy Mysteries: How Cellular Housekeeping Could Revolutionize Kawasaki Disease Diagnosis
Discover how mitophagy-related biomarkers CKAP4 and SRPK1 could transform Kawasaki disease diagnosis through cutting-edge bioinformatics and machine learning approaches.
The Flowing Force: How Blood Flow Shapes Our Neutrophil Defenders
Discover how fluid shear stress affects F-actin in neutrophils, reshaping our understanding of immune cell mechanics and their role in health and disease.
The Invisible World Revealed: How Single-Molecule Experiments Are Unlocking Life's Secrets
Explore how single-molecule experiments in vitro and in silico are revolutionizing our understanding of biological processes at the most fundamental level.
Defying Gravity: How Space Alters Our Cellular Building Blocks
Exploring how microgravity transforms endothelial cells and cytoskeletal architecture, with implications for space medicine and terrestrial healthcare.
The Silent Launch: How Tuberculosis Bacteria Hijack Amoebae to Stage Their Escape
Discover how Mycobacterium tuberculosis hijacks amoebae using actin-powered ejectosomes, revealing insights for fighting tuberculosis in humans.
The Silent Symphony: How Bovine Cloning Reveals the Secrets of Cellular Reprogramming
Exploring how bovine cloning unveils the mysteries of cellular reprogramming and epigenetic memory through advanced chromatin transfer techniques.