Research Articles
The Cellular Intelligence Network: How Receptors and Their Transducers Decode Your World
Explore the fascinating world of cellular receptors and their transducers that decode environmental cues into biological responses.
The Mosaic Within: Decoding Tuberculosis Susceptibility in South Africa's Genetically Unique Population
Exploring the genetic and environmental factors behind TB susceptibility in South Africa's Coloured population
Omics: Cracking Open the Black Box of Life's Blueprint
Explore how omics technologies are revolutionizing our understanding of the complex relationship between genotype and phenotype.
The Calculus in Our Code: How Genetics Shapes Mathematical Minds
Exploring how genetic factors influence mathematical ability through neurobiological pathways and environmental interactions.
The Silent Guardians: Decoding the Mystery of Tiny Molecules in Childhood Brain Cancer
Exploring the role of microRNAs in childhood brain tumors through mutational screening of miR-17-92 cluster and miR-34a.
The Mosaic Within: How America's Blended Genes Are Reshaping Health and Inequality
Exploring how genetic admixture in the U.S. population is influencing health outcomes and disparities through advanced genomic research.
The Silent Witness: How a Specialized Journal Blueprints the Future of Forensic Genetics
Exploring how Forensic Science International: Genetics Supplement Series accelerates DNA discoveries into real-world justice through cutting-edge research.
The Vitamin D Receptor Gene Puzzle: Why Asthma Risk Isn't One-Size-Fits-All
Exploring how vitamin D receptor genetic polymorphisms affect asthma risk differently across populations and environments
Double Trouble, Endless Possibilities: How Genome Duplications Fuel Evolution and Revolutionize Genetics
Exploring how whole-genome duplication shapes evolution and modern genetic breakthroughs with CRISPR and ethical considerations
The Language of Life: An Introduction to the Science of Genetics
Explore the fascinating world of genetics from Mendel's peas to modern CRISPR technology and GEARs systems.