Research Articles
Unlocking the Secrets of a Tiny Titan: The Quest to Sequence the Duckweed Genome
Explore how scientists are using cutting-edge genomic tools to sequence duckweed DNA and harness its potential for solving food, energy, and environmental challenges.
The Secret Life of a Killer Fungus: How DNA Methylation Guides a Crop Pathogen's Virulence
Discover how DNA methylation controls virulence in Fusarium graminearum, the fungus causing Fusarium Head Blight in wheat and barley crops.
The Mouse ENCODE Project: Deciphering the Blueprint of Life
How the Mouse ENCODE Project is unlocking the secrets of our DNA through functional genomics research using mouse models.
Unlocking a Mystery: How a Tiny Genetic Glitch Can Disrupt the Brain's Electrical Symphony
Discover how missense variants in the KCNH5 gene disrupt brain function and cause neurodevelopmental disorders including epilepsy.
Cracking Prostate Cancer's Resistance Code: How CRISPR Reveals Hidden Epigenetic Allies of Androgen Receptor
Discover how CRISPR screening technology is identifying novel epigenetic co-factors of oncogenic AR-activity in prostate cancer treatment resistance.
The Silent Partner: How a Muted Gene Fuels a Stealthy Blood Cancer
Discover how the silenced SEPT5 gene collaborates with BCR-ABL to drive Chronic Myeloid Leukemia progression and what this means for future treatments.
Beyond the Bland: How Gene Science is Rebuilding the Perfect Tomato
Discover how functional genomics is revolutionizing tomato quality, restoring flavor and nutrition through advanced gene science.
The Unseen War: How Plants Detect a Stealthy Fungal Invader
Explore how tomato plants detect the Cladosporium fulvum fungus through the Ecp2 elicitor and the implications for plant immunity and agriculture.
The Cellular Great Escape: How Cancer Cells Pull Off a Jailbreak
Unraveling the method behind the madness of metastasis through Epithelial-Mesenchymal Transition (EMT) in cancer cells.
The Plant Bodyguard's Secret: A Molecular Mystery in Arabidopsis
Discover how scientists uncovered surprising findings about redox-active cysteines in TGA1 and their role in plant defense mechanisms in Arabidopsis thaliana.