Research Articles
The Silent War Within: How Blackgram Plants Outsmart a Deadly Virus
Discover how blackgram plants develop resistance against Yellow Mosaic Disease through advanced transcriptome profiling and molecular defense mechanisms.
The Great Cellular Hunt: Novel Tools for Tracking Cyclin-Dependent Kinase Substrates
Breakthroughs in biochemical, computational, and live-cell imaging tools revolutionizing the hunt for CDK substrates, offering new hope for smarter cancer therapies.
The TopBP1 Enigma: How a DNA Repair Protein Fuels Hereditary Breast Cancer
Exploring the dual role of TopBP1 in DNA repair and hereditary breast cancer progression, with insights into therapeutic strategies targeting this critical protein.
The Secret Keeper: How a Tiny Protein Mutation Unlocks Soybean's Hybrid Potential
Discover how a microscopic molecular switch in soybean's PHD-finger protein MS4 could revolutionize crop breeding and global food security.
The Hidden World Within: How Plant Organelles Are Revolutionizing Biotechnology
Exploring how plant organelles like chloroplasts and mitochondria are transforming biotechnology with climate-resilient crops and sustainable solutions.
The Genetic Plate: How Nutrigenetics and Nutrigenomics Are Rewriting the Rules of Healthy Eating
Explore how nutrigenetics and nutrigenomics are revolutionizing personalized nutrition by decoding the interaction between DNA and diet.
The Junk DNA Revolution: How Repetitive Sequences Shape Plant Sex Chromosomes
Discover how repetitive DNA drives sex chromosome evolution in plants, from Silene latifolia to papaya, revealing genomic 'junk' as a powerful evolutionary force.
The Zinc Finger Enigma: Decoding Our Genetic Guardians at Chromosome 8q24.3
Exploring the ancient KRAB zinc finger protein cluster on human chromosome 8q24.3 and its role in brain development, disease, and evolution.
The Hidden Architects: How Sunflowers Master the Art of Branching
Discover how association mapping revealed the genetic secrets behind sunflower branching architecture, enabling targeted crop improvement.
The Genome's Symphony: How Yeast Organizes Its Genes Through Transcription Factor Hubs
Discover how yeast transcription factors form regulatory hubs to coordinately control hundreds of genes, revealing insights into genomic organization and efficiency.