Research Articles
The Fat Tissue Dialogues: How Cellular Conversations Drive Metabolic Disease
Explore how fatty acid-binding proteins (FABPs) facilitate communication between fat cells and immune cells, driving inflammation and metabolic deterioration.
Gut Microbiota Metabolism in Critical Illness: The Hidden Metabolic Organ
Explore how gut microbiota metabolism influences patient outcomes in critical care settings and the latest research on microbiota-oriented therapies.
Cracking the Bacterial Code: How Digital Twins are Revolutionizing the Fight Against Superbugs
Discover how digital twins of bacteria are helping scientists predict and combat antibiotic resistance through metabolic reprogramming insights.
The Hidden Journey of a Chemical: How Your Body Processes Chloral Hydrate
Explore the fascinating metabolic journey of chloral hydrate in B6C3F1 mouse liver slices and its implications for toxicology research.
The mTOR Switch: How Immune Cell Metabolism Shapes Autoimmunity
Exploring how mTOR signaling and metabolic regulation of T cells create new potential therapeutic targets for autoimmune diseases.
Cancer's Metabolic Betrayal: How an Antimicrobial Warrior Forces Cancer Cells to Starve
Discover how antimicrobial peptide FF/CAP18 fights colon cancer by reprogramming cancer cell metabolism and inducing apoptotic cell death.
The Hidden Link: How Birth Weight Shapes a Man's Metabolic Future
Discover how low birth weight influences metabolic health and diabetes risk later in life through groundbreaking research on fetal programming.
The Brain's Energy Crisis: A New Map for Predicting Dementia
Exploring how cerebral metabolism correlates with Clinical Dementia Rating Scale in Mild Cognitive Impairment patients
The Nitrogen Trail: How Alanine and Ammonia Shape Our Metabolism
Explore the crucial metabolic partnership between alanine and ammonia in nitrogen metabolism, detoxification pathways, and their implications for human health.
The Sugar Switch: A 1930s Brain Surgery That Rewrote the Rules of Metabolism
Discover how 1930s brain surgery revealed the hypothalamus as the master regulator of metabolism, reshaping our understanding of diabetes and obesity.