Discover how AGR2 protein serves as a promising biomarker for detecting metastatic oral squamous cell carcinoma, offering new hope for early diagnosis and treatment.
Discover how HIV expertly manipulates the actin cytoskeleton to orchestrate every step of its infectious cycle, from cellular entry to viral exit.
Discover how Apigenin, a natural compound found in common plants, fights prostate cancer by targeting the extracellular matrix through Integrin Alpha 1 pathways.
Discover how Neuropeptide Y, a brain chemical, stimulates neuroblastoma cell migration through the Y5R/RhoA pathway in this groundbreaking cancer research.
Explore the fascinating world of plasma membrane-cell-wall adhesion and its crucial role in plant defense mechanisms against environmental stresses.
Explore how Scanning Angle Interference Microscopy (SAIM) enables nanometer-scale precision imaging of cellular structures and processes in living cells.
Explore how the cytoskeleton regulates membrane dynamics in plant immunity, from pathogen detection to defense execution through actin filaments and microtubules.
Explore the coordinated relationship between HER family receptors and p21-activated kinases in driving cancer progression and therapeutic resistance.
Explore how microfilaments create a dynamic cellular skeleton that powers pollen tube growth and plant reproduction
Discover how diabetes alters the viscoelastic properties of lymphocytes, making immune cells stiffer and less functional, leading to increased infection risk.