Research Articles
The Scent Unlocked: Decoding the Fragrant Genome of China's Vanilla Vegetable
Discover how scientists cracked the genomic code of XiangQingCai, revealing the genetic secrets behind its signature vanilla-like aroma and evolutionary history.
The Tiny Heart Hero: How a Microscopic Peptide Could Revolutionize Cardiac Medicine
Discover how the micropeptide DWORF could transform cardiac medicine by restoring calcium regulation in failing hearts.
The Microscopic Scissors: How Dicer and Drosha Shape Ovarian Cancer Survival
Exploring how Dicer and Drosha enzymes influence ovarian cancer prognosis and potential therapeutic applications.
The Invisible Architects: How AIR Technology Decodes the Symphony of Our Genes
Exploring how AIR technology revolutionizes our understanding of alternative splicing and gene annotation
The Viral Vigilantes: How Sewage-Diving Phages Are Revolutionizing Our Fight Against Superbugs
Discover how bacteriophages from hospital wastewater are being used to combat antibiotic-resistant Pseudomonas aeruginosa infections through cutting-edge research.
The Genetic Symphony of Type 2 Diabetes: Unlocking Your Body's Hidden Code
Explore how genetic research is revolutionizing our understanding of type 2 diabetes, revealing eight distinct subtypes and paving the way for personalized treatment approaches.
Beyond the Blood Flow: Decoding the Kidney's Hidden Battle During Reperfusion
Exploring novel signaling pathways in renal ischemia-reperfusion injury (IRI) and emerging therapeutic strategies.
Beyond the Blueprint: How Hidden Genome Copies Shape Our Hearts
Discover how copy number variations (CNVs) influence congenital heart defects through groundbreaking genomic research and advanced diagnostic techniques.
The Hidden Conductors: How Tiny DNA Switches Orchestrate Our Heartbeats
Discover how SCN5A enhancer variants collectively influence cardiac rhythm through additive effects, reshaping our understanding of arrhythmias.
Frozen Sentinels: How Lab-Grown, Deep-Freeze Immune Cells Are Revolutionizing Disease Research
Discover how cryopreserved, genetically engineered macrophages from human pluripotent stem cells are transforming disease modeling and drug discovery.