Research Articles
The Worm's Tale: How a Tiny Nematode is Unlocking the Secrets of Our Genes
Explore how functional genomics in C. elegans is revolutionizing our understanding of human development, disease, and aging through systematic gene analysis.
The Tiny Molecule with a Big Impact: Unravelling a Cancer Switch in Rectal Tumours
Discover how the deregulation of microRNA miR-92a impacts locally advanced rectal cancer progression and treatment possibilities.
The Genetic Ghost in the Machine: Unlocking the Secrets of Insulin Resistance
Discover how genetic haplotypes upstream of IRS1 influence insulin resistance, type 2 diabetes, dyslipidemia, and cardiovascular disease through cutting-edge research.
Cracking the Genome's Library: How AI is Organizing Life's Blueprint
Discover how Hierarchical Multi-Label Classification is revolutionizing functional annotation of orthologous groups in genomics
The Genome's Timekeeper: Unveiling the DBP Gene Structure
Explore the genomic architecture of the human D-site binding protein (DBP) gene and its crucial role in circadian rhythms.
Silencing Genes with Viruses: The Revolutionary Tool Transforming Plant Science
Explore Virus-Induced Gene Silencing (VIGS), a revolutionary technique in plant biology that uses modified viruses to silence genes and study plant functions.
The Green Revolution Gets an Upgrade: Engineering the Perfect Blade of Grass
Discover how plant biotechnology is revolutionizing ryegrass through genetic modification, gene editing, and molecular markers for sustainable agriculture.
Cracking the Viral Code: How Artificial Cell Membranes Are Revolutionizing Drug Discovery
Explore how artificial cell membranes are transforming antiviral drug development through advanced model membrane platforms and case studies.
The Genetic Lottery: How "Old-School" Mouse Mutants Are Still Unlocking Medicine's Secrets
Explore how chemical mutagenesis in mice continues to reveal groundbreaking biological discoveries through random genetic mutations and forward genetics approaches.
Parental Imprints: How Mom and Dad's Genes Shape Social Behavior Through Brain Chemistry
Discover how noncanonical genomic imprinting in monoaminergic pathways regulates social behaviors and influences neurodevelopmental disorders.