11 July 2023

Why measure insulin and glucagon for studying muscle maintenance?

By measuring both biomarkers instead of only one of them, researchers and clinicians can more certainly demonstrate alterations in the regulation of muscle glucose uptake and hence muscle maintenance.


This news was updated in April 2024

Glucagon-induced insulin resistance can result in a complicated insulin-deficient state that may lead to an altered capacity of the skeletal muscle to oxidize fatty acids.

Since insulin and glucagon together balance blood sugar levels, their activity defines skeletal muscle oxidation and has an impact on plasma-free fatty acids, skeletal muscle glucose uptake, and muscle mitochondrial ATP production. By measuring both biomarkers instead of only one of them, researchers and clinicians can more certainly demonstrate alterations in the regulation of muscle glucose uptake and hence muscle maintenance.

You can measure both analytes using Mercodia products. Measure insulin levels using the Mercodia Human Insulin ELISA (10-1113-01) and glucagon levels using the Mercodia Glucagon ELISA (10-1271-01). Both Gold Standard assays have been broadly used and validated by researchers and clinicians and follow international standards.

Related products

Mercodia Human Insulin ELISA (10-1113-01)
Insulin ELISA – 10 pack (10-1113-10)
Mouse Insulin ELISA (10-1247-01)
Rat Insulin ELISA (10-1250-01)
Glucagon ELISA (10-1271-01)

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How to choose your Glucagon ELISA

Why measure insulin and glucagon for studying muscle maintenance?

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