Research Articles
The Double-Edged Sword: How USP7 Maintains Cellular Balance and Influences Cancer
Explore how Ubiquitin-Specific Peptidase 7 (USP7) regulates protein homeostasis and its dual role in cancer development and treatment.
The Molecular Demolition Crew: How a Protein Named Smurf1 Hampers Spinal Cord Repair
Discover how Smurf1 protein up-regulation after spinal cord injury actively prevents neural regeneration and repair in adult rats.
The ADHD Brain on Ritalin: A Tale of Two Circuits
Exploring how methylphenidate affects ADHD brains differently, balancing therapeutic benefits with addiction risks through cutting-edge neuroscience research.
The Cellular Power Grid: How Exercise Remodels Your Energy Factories
Discover how exercise triggers mitochondrial fusion, fission, and mitophagy - the cellular processes that rebuild your body's energy factories for better health and performance.
Beyond the Blueprint: How a Tiny Molecular Wardrobe Transforms Proteins
Explore how chemical modifications transform peptides and small proteins, unlocking their functional potential through structural changes.
Cellular Housekeeping: How Protein Degradation Shapes Our Health and Fights Disease
Explore the fascinating world of intracellular protein degradation, from lysosomes and the ubiquitin-proteasome system to revolutionary therapies targeting human diseases.
Choking the Supply Lines: How a Cellular Factor Surprises Scientists by Starving Tumors
Discover how CTGF protein inhibits angiogenesis by degrading HIF-1α, offering new cancer therapy approaches.
The Silent Saboteur in Your Joints: How a Molecular Key Could Unlock Osteoarthritis Relief
Discover how a ubiquitin-competitive strategy targeting the USP7 protein could revolutionize osteoarthritis treatment by addressing the cellular imbalance at its core.
The Heart's Hidden Conversation: How a Low-Oxygen Signal Rewires Our Most Vital Muscle
Discover how hypoxia-inducible factor 1 regulates SERCA2 in the heart through miR-29c modulation, revealing new insights into heart function and potential therapies.
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.