Research Articles
Nature's Blueprint: How Plant Compounds Are Revolutionizing Cancer Therapy by Targeting the Cell's Skeleton
Explore how plant-derived compounds target the cytoskeleton in cancer cells, disrupting their structure and function for therapeutic benefits.
The Hidden Impact: How Intrauterine Infection Reshapes the Developing Brain
Discover how quantitative proteomics reveals how infections during pregnancy permanently alter brain development in offspring through advanced protein analysis.
The Amoeba and the Parkinson's Puzzle: How a Soil Microbe Is Revealing Clues to Neurodegenerative Disease
Discover how Dictyostelium discoideum, a soil-dwelling amoeba, is providing crucial insights into Parkinson's disease through mitochondrial dynamics research using rotenone.
The Mini-Brain Revolution: A New Window into the Developing Mind
How a genetic tweak is creating smarter models of the human brain in a lab dish using L-MYC-immortalized human neural stem cell-derived organoids.
Wnt5a: The Double-Agent in Gastric Cancer and How Science is Cracking Its Code
Explore the dual role of Wnt5a signaling in gastric cancer progression and the scientific tools used to understand this complex biological pathway.
The Cellular Bridge: How Nesprin Proteins Shape Muscle Health and Disease
Explore the fascinating role of Nesprin proteins in cellular mechanics and their connection to muscular dysfunction and disease.
The Cellular Symphony of Strength: How Your Muscle Cells Sense, Respond, and Repair
Explore the fascinating world of muscle mechanobiology, cytoskeleton structure, calcium channels, and stretch-activated channels in injured skeletal muscle.
How a Cellular Salt Transporter Fuels a Deadly Brain Cancer's Spread
Discover how NKCC1, a common cellular salt transporter, acts as a master regulator in glioblastoma migration and offers new therapeutic hope.
Scorpion Venom's Hidden Gift: How Smp24 Peptide Fights Liver Cancer
Discover how Smp24, a scorpion venom peptide from Scorpio maurus palmatus, demonstrates potent antitumor effects against liver cancer through multiple mechanisms.
A Cellular Mystery: How Gα13 Commands Vasodilator-Stimulated Phosphoprotein
Discover the intricate signaling pathway connecting Gα13 to VASP phosphorylation and its implications for cellular function, disease mechanisms, and therapeutic development.