Research Articles
The Genetic Master Key: How One Tiny Gene Links Your Gallbladder, Blood Sugar, and Heart Health
Discover how the Apolipoprotein E (ApoE) gene connects gallstone disease, Type 2 diabetes, and cholesterol disorders through fascinating genetic research.
Decoding the Silent Attack: The Genetic Clues Hidden in a Diabetic's Blood
Discover how bioinformatics analysis reveals key genes and pathways in Type 1 Diabetes through peripheral blood mononuclear cell research.
Unlocking Sorghum's Secret: The Genetic Quest for More Nutritious Grains
Discover how scientists are identifying genetic regions and candidate genes that control iron and zinc concentration in sorghum grains to combat global malnutrition.
The Hidden Carrier: What Your Genes Might Be Hiding About Your Metabolism
Exploring the subtle metabolic signature of PKU heterozygotes and their unique phenylalanine metabolism
The Hidden Inheritance: Unmasking Familial Hypercholesterolemia in Germany
Exploring the prevalence, diagnosis gaps, and clinical reality of familial hypercholesterolemia in Germany based on recent research findings.
The Genetic Puzzle of Obesity: Why Some Stay Healthy Despite Extra Weight
Discover how genetics influence postprandial lipemia and why some individuals with obesity remain metabolically healthy while others develop complications.
The Genetic Orchestra: How APOA5 Variations Influence Coronary Artery Disease
Explore how genetic variations in the APOA5 gene influence triglyceride metabolism and coronary artery disease risk across different populations.
The Sugar That Can Poison: How Inherited Disorders of Galactose Metabolism Challenge Medicine and Science
Exploring inherited disorders of galactose metabolism, their impact on human health, and how cultured cells are revolutionizing research and treatment approaches.
The Genetic Puzzle: How CD36 Gene Variations Influence Diabetes and Lipid Metabolism
Exploring how CD36 gene polymorphisms rs1761667 and rs1527483 impact type 2 diabetes and lipid metabolism through statistical analysis and machine learning.
The Genetic Key: Unlocking Why Stroke Medications Work Differently in Each Patient
Discover how NR1I2 polymorphism affects clopidogrel response in stroke patients and the future of personalized medicine.