Understanding liver metabolic activity is a cornerstone of advancing research into conditions like obesity, non-alcoholic steatohepatitis (NASH), and other metabolic disorders. The liver’s role in synthesizing fatty acids through de novo lipogenesis (DNL) offers critical insights into metabolic health, disease progression, and therapeutic intervention.
Are you facing challenges in gathering complete or precise kinetic data from m subject populations or ensuring safety during frequent, non-invasive testing?
When you’re designing your clinical trial, you know that every detail in your study protocol can influence the outcome.
MSI assists researchers to determine energy expenditure using the doubly labeled water stable isotope method. Stable isotopes of hydrogen (deuterium oxide) and oxygen...
MSI offers administration kits, project design assistance and stable isotope analysis to help researchers determine total body water and fluid volume homeostasis using...
MSI can help you to use stable isotope labeled glucose to quantifying glucose kinetics. This approach is used to explore whole body glucose homeostasis under various...
MSI offers a wide range of breath tests including tests for liver function, gastric motility, SIBO, lactose intolerance, H. pylori, and sucrase deficiency.
We help clients determine ammonia nitrogen metabolism using 15N-lactose ureide, evaluate interventions in amino acid disorders such as phenylketonuria, determine...
MSI offers project design assistance and a mass spectrometry service to help researchers to study amino acid metabolism and whole body and muscle protein turnover using...
Newly synthesized tissue collagen could be measured using a stable isotope and mass spectrometry technique using heavy water (deuterium oxide) labeling in vivo. This...