Explore groundbreaking discoveries about HIV's cellular mechanisms and novel antiviral compounds that are reshaping our understanding of HIV infection and treatment.
Discover the groundbreaking research revealing histamine's role in brain function, mood regulation, sleep cycles, and metabolism beyond its traditional allergy associations.
Explore how Dnmbp protein functions as a cellular architect in kidney development and its implications for congenital kidney disorders (CAKUT).
Discover how Next Generation Sequencing of platelet RNA is transforming medical diagnosis and our understanding of human health.
Explore the fascinating world of the axonal actin cytoskeleton - the microscopic scaffold that shapes our neurons and holds keys to understanding brain health and disease.
Discover how inhibiting GLUT3 suppresses triple-negative breast cancer cell migration by affecting actin cytoskeleton and cell mechanics.
Discover how NHERF-mediated associations with the actin cytoskeleton regulate TRPC4 ion channels, controlling vital cellular processes from blood vessel function to mood regulation.
New research challenges the long-held belief that E-cadherin loss is necessary for cancer metastasis through epithelial-mesenchymal transition.
Explore the fascinating world of epithelial cell fate changes - from embryonic development to disease progression and therapeutic potential.
Explore the latest breakthroughs and challenges in axon regeneration research for the mammalian central nervous system, including spinal cord and optic nerve repair.