Explore the fascinating world of axonal transport and the cohesive movement of the slow component b complex of polypeptides in neurons.
Explore how genetically encoded sensors and fluorescence microscopy are transforming cancer research by illuminating cellular processes in real-time.
Explore how eucalyptol, a natural compound from eucalyptus, protects kidney cells from diabetes-induced damage through cytoskeleton stabilization.
Discover how the cytoskeleton, a dynamic cellular scaffold, integrates biomechanical, biophysical, and biochemical cues to guide stem cell lineage commitment and shape our bodies.
Explore the fascinating journey of aquaporin-2, the kidney's water channel protein, and its crucial role in maintaining water balance in the human body.
Discover how scientists constructed a cDNA library from pea plant tendrils and identified the PEAcl actin gene, revealing fundamental insights into plant cellular architecture.
Explore how cell polarity and the blood-testis barrier demonstrate sophisticated cellular communication and organization in biological systems.
Discover how gold nanorod photothermal therapy is disrupting cancer metastasis by altering cell junctions and actin networks in collective cancer cell migration.
Explore the fascinating world of cancer metastasis - how invasive cancer cells travel through the body, form new colonies, and the latest research breakthroughs.
Explore CRISPR-Cas9, the revolutionary gene-editing tool that's transforming medicine, agriculture, and biotechnology. Learn how it works and its ethical implications.