Research Articles
The Silent Conductor: How SUMOylation Directs Your Brain's Symphony
Explore how SUMOylation regulates brain plasticity and its role in neurological disorders like Alzheimer's and Parkinson's disease.
The Molecular Dimmer Switch: How SUMOylation Fine-Tunes Plant Light Signaling
Discover how SUMOylation acts as a molecular dimmer switch to fine-tune plant light signaling through phytochrome photoreceptors.
SUMOylation: The Unexpected Hero in Peripheral Nerve Repair
Discover how SUMOylation, a delicate cellular process, is proving to be a pivotal regulator of nerve regeneration and holds tremendous promise for revolutionizing peripheral nerve injury treatment.
How Influenza Hijacks Our Cellular Machinery: The Role of SUMOylation
Explore how influenza viruses manipulate the cellular SUMOylation process to enhance replication and evade immune defenses, with implications for antiviral therapies.
The Silent Conductor: How SUMOylation Directs Genome Stability and Cell Cycle Progression
Explore how SUMOylation regulates genome stability and cell cycle progression through this comprehensive scientific article.
How a Molecular Misfit Disrupted Plant Science
Discover how a mutated SUMO enzyme acts as a dominant negative inhibitor, disrupting plant stress response systems and revealing new insights into cellular mechanisms.
The SUMO Switch: How Soybean's Molecular Machinery Balances Pathogen Defense and Heat Stress
Explore how soybean SUMOylation system regulates plant responses to Phytophthora sojae infection and heat shock stress through molecular mechanisms.
The SUMO Code: Unlocking the Hidden Language of Sperm Production
Discover how SUMOylation, a molecular tagging system, plays a crucial role in sperm production and male fertility through cell-specific regulation.
The Cell's Volume Knob: How a Tiny Molecular "Tag" Keeps Our Liver in Tune
Discover how SUMOylation stabilizes HNF4α protein to maintain liver function and its implications for metabolic diseases.
The Cellular Shoelace Tip: How a Tiny Molecular Tag Saves Our Chromosomes
Discover how SUMOylation regulates telomere length by targeting Tpz1 to control shelterin-Stn1 interaction in fission yeast and its implications for human health.