Research Articles
The Invisible Dance: How Genes Sculpt Our Ecosystems
Explore how co-evolutionary genetics shapes ecological communities through reciprocal genetic adaptations between species.
The Invisible Engine: How Your Mitochondrial DNA Replicates to Power Life
Explore the fascinating process of mitochondrial DNA replication, its molecular machinery, and its critical role in human health and disease.
Decoding a Genetic Mystery: The Novel RUNX1 Mutation Transforming Our Understanding of Inherited Blood Disorders
Explore the discovery of a novel 3' mutation in RUNX1 gene and its implications for familial platelet disorder and leukemia predisposition.
Multiple Sequence Alignment: The Evolutionary Detective in Your DNA
How scientists decipher the hidden conversations in our genes through Multiple Sequence Alignment (MSA)
The Alzheimer's Defier: How a Protective Gene Delays Dementia by Decades
Discover how the APOE*E2 allele provides remarkable protection against Alzheimer's disease in PSEN1 E280A carriers, delaying onset by decades.
Trees That Fight Back: How Poplar Genomes Battle Hungry Caterpillars
Discover how hybrid poplar trees use sophisticated genomic defenses against forest tent caterpillars through cDNA libraries, ESTs, and microarray analysis.
The Parental Imprint: How Mother and Father Mouse Leave Their Mark on Development
Explore the fascinating world of genomic imprinting in mouse development and its implications for human health and reproduction.
Unlocking the Secrets of a Tuberculosis Killer: The Mycocerosic Acid Synthase Story
Explore the functional genomics of mycocerosic acid synthase in Mycobacterium tuberculosis and its role in TB pathogenesis
Nature's Recyclers: How a Hot Spring Bacterium Is Turning Feather Waste into Gold
Discover how Meiothermus taiwanensis WR-220 and its heat-stable keratinase MtaKer are transforming feather waste into valuable resources through innovative biotechnology.
The Protease Seesaw: How NEP and ACE Balance Health and Disease
Explore how neprilysin (NEP) and angiotensin-converting enzyme (ACE) protease families maintain physiological balance and their role in disease pathology.