Research Articles
The Selfless Plant: How Your Cabbage Knows Not to Mate With Itself
Explore the sophisticated self-incompatibility system in Brassicaceae plants that prevents self-fertilization and maintains genetic diversity.
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.
A One-Two Punch: How a Smart Drug Combo Outsmarts a Tough Blood Cancer
Discover how combining Ibrutinib and Carfilzomib creates a synergistic effect to overcome drug resistance in Mantle Cell Lymphoma treatment.
The Proteasome Paradox: A New Way to Sabotage a Cell's Recycling Plant
Scientists discover the first molecules that don't just block—they break—a crucial cellular machine, opening a new front in the fight against cancer.
Cellular Housekeeping: How Scientists Decode the Protein Recycling System
Discover how scientists use proteogenomics to decode degrons - the molecular tags that control protein degradation in cells, with implications for cancer treatment and neurodegenerative diseases.
TRIM Family Genes: New Guardians and Betrayers in Liver Cancer Battle
Exploring the prognostic value of TRIM family genes in hepatocellular carcinoma and their correlation with tumor-infiltrating immune cells
Cellular Switchboards: How Protein Modifications Rewire Leukemia Cells and Silence Tumor Suppressors
Explore how ubiquitin-like modifications and p53 NEDDylation at lysine 120 impact chronic lymphocytic leukemia progression and treatment.
VEXAS Syndrome: The Revolutionary Discovery of a New Inflammatory Disease
Comprehensive overview of VEXAS syndrome, a newly discovered inflammatory disease bridging rheumatology and hematology, including genetic mechanisms, clinical presentation, and diagnostic approaches.
Ubiquitin Specific Protease 29: An Emerging Oncogene in Colorectal Carcinoma
Exploring the role of USP29 as a key oncogene driving tumorigenesis in colorectal cancer through protein stabilization and cellular pathway regulation.
Cellular Highways: How the Discovery of Ube2N Is Rewriting the Rules of Cell Movement
Discover how Ube2N, a ubiquitin enzyme, was identified as a novel actin-associated protein and its crucial role in cellular movement, cancer metastasis, and infectious diseases.