Research Articles
When the Brain's Cleanup Crew Fails: The Protein Problem in Parkinson's Disease
Understanding how protein quality control systems fail in Parkinson's disease and the latest research on therapeutic approaches.
The Cell's Symphony: How WWP2 Protein Keeps Cell Division in Tune
Discover how WWP2 protein acts as a molecular conductor regulating normal cell cycle progression and what happens when this crucial regulator fails.
Tau Protein: The Inside Story of Alzheimer's Disease
Explore how tau protein transforms from a vital cellular component to a destructive force in Alzheimer's disease, and discover the latest treatments targeting tau pathology.
The Secret Helper: How a Tiny Protein Supercharges Biotechnology
Discover how the SUMO fusion system revolutionizes protein production and purification in biotechnology, from cellular function to laboratory applications.
The Genome's Guardian: How a Protein in Yeast Could Revolutionize Cellular Biology
Discover how STUbL proteins in yeast safeguard DNA integrity and the surprising discoveries about Slx8 protein that could reshape cellular biology.
The KLHL Family: The Cellular Cleanup Crew Gone Rogue in Cancer
How tiny protein regulators in our cells hold the key to new cancer treatments. Explore the role of KLHL proteins in cancer development and progression.
The RING1 Enigma: How a Single Protein Holds Clues to Spinal Cord Repair
Discover how RING1 protein's spatiotemporal patterns after spinal cord injury reveal new pathways for potential treatments and neural regeneration.
The Protein Puzzle: Unlocking Huntington's Disease with a Molecular Key
How a clever trick with a SUMO tag is helping scientists see the true culprit behind Huntington's disease by generating native, untagged huntingtin exon1 monomers and fibrils.