Research Articles
The Genome's Volume Knobs: How Blood Vessels Know When to Grow
Discover how the epigenome and VEGFA signaling control blood vessel growth through dynamic H3K27ac signatures and EP300 activity.
The Crystal Ball in the Clinic: Predicting a Patient's Future with Data
Discover how artificial intelligence is revolutionizing healthcare by predicting individual patient outcomes using single-subject prediction models.
The Shifting World in Your Mouth: Why Your Oral Microbiome Isn't What You Think
Discover how multistability and hysteresis in oral microbiota are revolutionizing our understanding of oral health and dental research.
The Genomic Treasure Hunt: How Computers Learned to Spot tRNA Genes
Discover how algorithms revolutionized tRNA gene identification in genomic DNA, speeding up discovery from days to minutes.
The Ghost Gene: Unraveling the Mystery of CYP1D in Vertebrates
Explore the fascinating story of CYP1D, the ghost gene in vertebrates that reveals evolutionary secrets and scientific detective work in genetics.
Genomics: The Medical Revolution in Your DNA
Explore how genomics is revolutionizing medicine through CRISPR, AI, and personalized therapies. Learn about breakthroughs, technologies, and future directions.
The Silent Revolution: How Biotechnology is Powering India's Poultry Productivity
Exploring how biotechnology is transforming India's poultry sector through genetic advancements, health innovations, and sustainable solutions.
The Genome's Unsung Mechanic: How a Cellular 'Origami Master' Fights Cancer
Discover how FKBP25, a nuclear prolyl isomerase, functions as a multifunctional suppressor of genomic instability and its role in DNA repair and cancer prevention.
The Hidden Logic of Bacterial Genes: How Microbes Fine-Tune Their Behavior
Explore the sophisticated control systems governing bacterial gene expression and how microbes adapt through transcriptional regulation.
The Hidden World Beneath Our Feet: How Metagenomics Uncovers Nature's Invisible Majority
Explore how metagenomics revolutionizes our understanding of unculturable microbes and their impact on ecosystems, health, and environmental science.