Research Articles
The Secret Calendar Within Rice: How Sunlight Controls When Rice Flowers
Discover how rice plants measure day length to time their flowering through key genes like Hd1, Ghd7, Ehd1 and ELM1, and how this impacts global food security.
The Guardian Cluster: How a Tiny Gene Network Shapes Insect Survival and Evolution
Explore the fascinating evolution and genomic organization of insect sHSP gene clusters and their role in coordinate regulation for phenotypic plasticity.
Cellular Traffic Jams: How a New Micro-Fishing Expedition is Catching Mitochondrial Diseases
Discover how innovative micro-fishing technology is revolutionizing the diagnosis and understanding of mitochondrial diseases caused by MFN2 mutations.
Unlocking the Genetic Secrets of a Toxic Invader: The Prickly Nightshade Genome
Discover how scientists decoded the chromosome-level genome of the invasive prickly nightshade plant, revealing genetic secrets behind its resilience and toxicity.
How a Tiny Genetic Switch Shapes Our Blood and Cancers
Discover how the Fli-1 gene and its Fli-1b isoform regulate blood development and contribute to diseases through alternative promoters and differential splicing.
Cracking the Cell's Code: The Quest to Map the Secret Conversations of Proteins
Explore how AI and computational biology are revolutionizing our understanding of protein interactions and cellular networks.
The Genetic Key: How Family DNA Unlocks Schizophrenia's Secrets
Discover how exome sequencing in multiplex families provides compelling evidence for the NMDA receptor hypofunction hypothesis of schizophrenia and its implications for treatment.
The Brain's Cellular Janitors: How a Human Protein Rescues Fatal Neurodegeneration in Mice
Discover how human cathepsin L rescues neurodegeneration in cathepsin B/L double-deficient mice and its implications for treating neurological disorders.
The Cellular Guardians: Unlocking the Secrets of Omega Class Glutathione Transferases
Explore the fascinating world of Omega class glutathione transferases (GSTOs) - unique cellular defenders with roles in detoxification, inflammation regulation, and neurological health.
From Baker's Yeast to Human Disease: The Story of a 2-Billion-Year-Old Gene
Discover how a human gene in the PKD1 region functions as a homologue to yeast ERV1, revealing evolutionary connections and implications for polycystic kidney disease.