Research Articles
Double Punch Against Resistant Cancer: New Hope for Aggressive Breast Tumors
How blocking two cellular cleanup crews together overcomes drug resistance in tough-to-treat breast cancer.
The TRIM16 Enigma: How a Cellular Watchdog Tames Breast Cancer's Most Dangerous Cells
Exploring the role of TRIM16 in suppressing breast cancer stem cells through Gli-1 degradation via the ubiquitin-proteasome pathway
Unlocking the Developmental Secrets of a Global Disease Vector: The Transcriptomic Journey of Triatoma rubrofasciata
Transcriptomic analysis of Triatoma rubrofasciata, a vector of Chagas disease, across seven developmental stages revealing key genetic insights for vector control.
The Silent Guardian: How FBXO11's Disappearance Fuels a Deadly Blood Cancer Transformation
Discover how FBXO11 acts as a tumor suppressor in the transformation of MDS to secondary AML, with groundbreaking research revealing its critical role in blood cancer progression.
The Silent Guardians: How Scientists Find Oil Palm's Genetic Compass
Discover how scientists identify stable reference genes for accurate gene expression analysis in tissue-cultured oil palms using qPCR technology.
The Tomato's Secret Code: How a Molecular Matchmaker Shapes Your Favorite Fruit
Discover how DDB1-binding WD40-repeat proteins shape tomato development, stress resilience, and fruit quality through molecular interactions.
The Ubiquitin Enigma: How a Tiny Protein in Silkworms Holds Keys to Cellular Secrets
Exploring the critical role of BmUBRPS27a ubiquitin protein in silkworm development, immunity, and silk production
UNBS1450: Nature's Answer to Lung Cancer's Defense System
How the plant-derived molecule UNBS1450 disrupts NF-κB signaling in non-small cell lung cancer cells, overcoming chemotherapy resistance.
The Cell's Secret Sticker System: How SUMOylation Shapes Your Proteins
Explore the fascinating world of SUMOylation - a crucial post-translational modification that regulates protein function, cellular organization, and human health.
The PJA1 Puzzle: How Silencing a Tiny Enzyme Could Revolutionize Liver Cancer Treatment
Discover how silencing the PJA1 enzyme could revolutionize liver cancer treatment by restoring the TGF-β pathway's tumor-suppressing capabilities.