Research Articles
The Milk-Drinking Malaria Mystery: How Diet and Genes Shape Immunity
Exploring how diet, environment and genetics influence malaria susceptibility in Fulani and Dogon communities in Mali
The Silent Discrepancy: When a Fetal DNA Test Throws a Curveball
Exploring the unexpected genetic discrepancies between placental and fetal DNA in prenatal testing, and what it reveals about human development.
The Genetic Detectives: How Nucleic Acids Research is Rewriting the Future of Medicine
Explore how nucleic acids research is revolutionizing medicine through CRISPR diagnostics, gene editing, and AI-powered genetic discoveries.
The Silent Countdown: Cracking the Code of Inherited ALS Before Symptoms Appear
How scientists are learning to read the earliest whispers of ALS through the GEN-01 study, identifying biomarkers before symptoms appear.
DNA Intercalators: The Master Keys to Our Genetic Code
Explore the fascinating world of DNA intercalators - small molecules that insert between DNA base pairs, revolutionizing cancer treatment, genetic engineering, and biological research.
The Genetic Librarians: How Mouse tRNA Gene Clusters Shape Evolution
Explore the fascinating world of mouse tRNA gene clusters and their evolutionary significance in genome organization and function.
The Genetic Scissors: How Nucleic Acid Analogues Are Rewriting Cancer's Code
Explore how nucleic acid analogues are revolutionizing cancer treatment by targeting genetic instructions with unprecedented precision.
Nucleic Acids Research: The Invisible Code of Life
Explore the revolutionary world of nucleic acids research, from CRISPR gene-editing to AI-powered discoveries that are reshaping medicine and biology.
Unlocking Tea's Genetic Code: The Science Behind Better Beverages
Explore how gene identification technologies are transforming tea production and creating superior tea-based soft drinks through genetic research.
The Invisible Regulators: How Small RNA Sequences Are Decoding Life's Secrets
Discover how small RNAs, tiny but powerful molecules, are revolutionizing our understanding of cellular functions and disease mechanisms.