Research Articles
How Cancer Cells Hijack Our Body's "Cellular Glue" to Resist Treatment
Discover how cancer cells use phenotypic plasticity to resist tyrosine kinase inhibitors by reprogramming cytoskeleton organization through cadherin-catenin and integrin pathways.
How a Common Pathway Hijacks Breast Cancer Cells and Drives Its Spread
Discover how the thromboxane A2 pathway controls migration and metastasis in triple-negative breast cancer cells, offering new therapeutic targets.
The Secret Architecture of Thought: How the Postsynaptic Cytoskeleton Shapes Our Minds
Explore how the postsynaptic cytoskeleton regulates brain development, plasticity, and neurological disorders through its dynamic structural framework.
The Cellular Social Network: Tools and Tricks to Map Protein Interactions in Living Cells
Explore the scientific toolkit for detecting protein-protein interactions in living cells, from traditional methods to cutting-edge techniques like AP-MS and proximity labeling.
Cracking the Viral Code: How Scientists Are Mapping the Secret Network of a Stealthy Herpesvirus Protein
Discover how unbiased phosphoproteomics is revealing the hidden signaling network of the pseudorabies virus US3 protein and its implications for antiviral strategies.
The Cellular Symphony of Fertility: Conducting Hormones with a Tiny Molecule
Explore how cyclic AMP (cAMP) directs the functions of key cells in the ovary to produce essential steroids that control the menstrual cycle and prepare the body for pregnancy.
How a Single Genetic Error Unleashes Cancer's Spread: The EWS-FLI Story
Exploring how the EWS-FLI fusion protein drives metastasis in Ewing sarcoma through gene expression reprogramming and cellular behavior changes.
The Hidden Symphony: How Molecular Vibrations Reveal Cervical Cancer
Discover how FTIR spectroscopy detects cervical cancer through molecular vibrations and cytoskeleton rearrangement patterns
The Invisible Scaffold: How Scientists Are Capturing the Plant Cytoskeleton's Hidden Dance
Discover how single-cell confinement methods are revolutionizing our understanding of the plant cytoskeleton, revealing the intricate dance of cellular structures that shape plant growth and development.
Beyond the Wall: How Cell Surface GRP78 Teams Up With CDNF and MANF to Protect Our Cells
Explore the fascinating world of cell surface GRP78 and its interactions with CDNF and MANF proteins, revealing new therapeutic potential for neurodegenerative diseases.