Research Articles
The Dystrophin Code: Decoding the Genetics Behind Duchenne Muscular Dystrophy
Explore the molecular genetics of dystrophinopathy, from the massive DMD gene to cutting-edge therapies like exon-skipping and gene editing.
The Spud Squad: How AI Is Building the Ultimate Potato Gene Database
Discover how AI-powered Potato Knowledge Hub is revolutionizing potato genomics research and accelerating breeding for global food security
Rethinking "Waste": How a Metabolic Byproduct is Rewriting Glioma Treatment
Discover how lactylation, a biological process where lactate modifies proteins, is revolutionizing our understanding and treatment of glioblastoma.
Cracking the Dairy Code: A Genetic Hunt for the Hidden Energy Crisis in Cows
Discover how genetic research is identifying cows better equipped to handle the metabolic challenges of early lactation through genome-wide association studies.
The Genetic Spark: How a Rare Glitch Turns Inflammation into Destruction
Discover how rare NOX4 genetic variants drive psoriatic arthritis mutilans through excessive ROS production and oxidative stress.
Cracking Cancer's Code: When Mutations Play Hide and Seek
How a 250-year-old theorem is helping scientists untangle the complex pathways of cancer growth using Bayesian probability and mutual exclusivity.
Breeding Resistance: How Sheep Genetics Could Revolutionize Parasite Control
Discover how genetic research is uncovering sheep resistance to gastrointestinal nematodes, offering sustainable parasite control solutions.
The Gene Scissors: How CRISPR-Cas12a Is Revolutionizing Group B Streptococcus Research
Explore how CRISPR-Cas12a technology is transforming Group B Streptococcus research with faster, more efficient genetic editing tools.
More Than a Vitamin: How Retinoic Acid Guides the Lives of Crustaceans
Exploring retinoic acid's role as a functional hormone in crustaceans, regulating growth, metabolism, reproduction, and immunity.
Cellular Sabotage: How a Disrupted Epigenetic Axis Drives Kidney Cancer
Discover how the NSD1-AURKA-SETD2 epigenetic axis governs mitotic fidelity in clear cell renal cell carcinoma and its therapeutic implications.