Explore how Streptococcus gordonii dynamically adjusts enzyme production to survive in different environments, from mouth to bloodstream.
Discover how a new scientific model reveals the secret metabolic dance inside yeast cells during glucose pulses and its implications for bioengineering and human health.
Discover how ethnic background influences glycogenolysis - the body's process of releasing stored sugar after meals - and its implications for diabetes risk and personalized nutrition.
Exploring the paradigm shift in glycemic monitoring for critically ill patients - evidence shows hourly glucose checks may be unnecessary with modern approaches
Discover how Irbesartan, a common blood pressure medication, may help reverse heart stiffness in diabetes by targeting the AGEs-RAGE and MMPs systems.
Exploring how low-dose naloxone enhances pain relief while reducing side effects of intrathecal diamorphine in post-surgical patients.
Exploring the paradoxical discovery that mice with dysfunctional beta2-integrins maintain glucose tolerance despite insulin resistance and inflammation.
Discover how genetic engineering of pigs with ICER Iγ creates breakthrough models for type 1 diabetes research and treatment development.
Discover how quercetin, a natural plant compound found in apples and cherries, can reprogram liver metabolism and combat fatty liver disease.
Discover how new research clears Munc18c as the rate-limiting factor in cardiac fuel uptake, revealing the heart's remarkable metabolic redundancy system.