Research Articles
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.
The Invisible Shield: How a Tiny Genetic Variation Shapes Health in Hispanic Populations
Discover how A20 (TNFAIP3) genetic variations impact inflammation and autoimmune disease risks in Hispanic populations through groundbreaking research.
Shattering Cancer's Defenses: The PROTAC Revolution Targeting MLK3
Discover how PROTAC technology is revolutionizing cancer therapy by targeting MLK3 in triple-negative breast cancer, offering hope against treatment-resistant tumors.
The Evergreen Energy Revolution: Supercharged Switchgrass Takes Root
Discover how genetically modified switchgrass with elevated miR156 levels produces 250% more biomass while offering natural bioconfinement for sustainable biofuel production.
The Metastasis Breaker: How Silencing a Tiny Enzyme Could Halt Cancer's Spread
Groundbreaking research on SIAH2 inhibition as a promising approach to contain metastatic spread in treatment-resistant cancers.