Research Articles
RGC-32: The Cellular Double Agent Rewriting Textbooks on Cancer and Disease
Explore RGC-32, the fascinating cellular regulator with dual roles in cancer progression and suppression, and its potential as a therapeutic target.
The Molecular Orchestra: Unlocking the Secrets of Bacillus subtilis Respiration
Discover how Bacillus subtilis regulates its cydABCD operon through ResD, CcpA, and Rex proteins to optimize respiration in changing environments.
Cancer's Dirty Fuel Secret: How Tumors Forge Their Own Fuel to Survive
Scientists discover how 4EBP1 and 4EBP2 proteins help cancer cells survive energetic stress by regulating fatty acid synthesis, revealing new therapeutic targets.
The Energy Crisis in Our Heads: The Battle to Power Your Brain
Explore the fascinating science of cerebral energy metabolism - how your brain powers itself, what happens when that power supply is threatened, and the scientists working to keep our cognitive engines running.
Unlocking the Future of Diabetes Treatment: The Power of Pancreatic Progenitors
A groundbreaking method for creating insulin-producing cells that offers new hope for diabetes treatment through pancreatic progenitor expansion.
The Invisible Superpower: How Synthetic Microbial Communities Are Revolutionizing Our World
Explore how synthetic microbial communities (SynComs) are transforming medicine, agriculture, and environmental science through purposefully designed teams of microorganisms.
Unlocking the Secrets of Our Glucose Sensor: How Glucokinase Mutations Cause MODY2 Diabetes
Explore the fascinating science behind glucokinase, the body's glucose sensor, and how its mutations cause MODY2 diabetes through detailed structural and functional analysis.
Post–Metabolic Bariatric Surgery Protein Profiles: Navigating the Proteomic Landscape of Glycemic Regulation
Exploring how proteomics reveals the molecular mechanisms behind bariatric surgery's dramatic effects on glycemic regulation and diabetes remission.
The Hidden Puppeteer in Your Liver: How a "Junk" Gene Worsens Diabetes
Discover how the H19 long non-coding RNA molecule contributes to diabetic hyperglycemia by regulating glucose production in the liver.
The ATPome: Mapping the Cellular Energy Network
Discover the ATPome - the comprehensive network of cellular components that regulate ATP, the universal energy currency of life, and its implications for disease treatment.