-
GLP-1 (7-36) Specific ELISA
Catalog #: 43-GP1HU-E01
Sensitivity: 0.05 pmol/L
Range: 0.64 - 48 pmol/L
Sample Types: EDTA Plasma, Plasma
Sample Size(s): 96 Wells
Detection: Colorimetric
Using the product catalog below, you can find and order any life science products you need for your research. Filter the catalog by research specialty, platform, and several other criteria.
Catalog #: 43-GP1HU-E01
Sensitivity: 0.05 pmol/L
Range: 0.64 - 48 pmol/L
Sample Types:
EDTA Plasma, Plasma
Sample Size(s):
96 Wells
Detection:
Colorimetric
The STELLUX® Rodent Insulin ELISA provides the flexibility to run both mouse and rat samples on the same plate with minimal to no dilution and a short two hour incubation.
Energy homeostasis is a well-regulated process that depends on the coordination between feeding behavior and energy expenditure. The control of energy homeostasis in humans has received much attention in recent years due to alterations caused by the onset of conditions such as obesity and diabetes.
The complement system is essential to innate immunity which protects from chronic, autoimmune, and infectious disease. There are three distinct pathways of complement activation: classical, lectin/MBL, and alternative. Each leads to the generation of the same set of effector molecules which help eliminate infections and pathogens.
Insulin resistance describes a state where more insulin is required to obtain the biological effects achieved by a lower amount of insulin in the normal state. Insulin resistance in tissues including the liver, skeletal muscle, and adipose tissue is an early step in the progression towards type 2 diabetes.
Melatonin is an endogenously expressed hormone present in a wide spectrum of organisms from bacteria to humans. Primarily secreted by the pineal gland, melatonin enters the circulation via cerebrospinal fluid and plays a key role in the regulation of the sleep-wake cycle.
ALPCO developed the STELLUX® Chemi Active GLP-1 (7-36) amide ELISA for the accurate quantitative
determination of GLP-1 (7-36) amide in EDTA plasma samples. This assay eliminates major issues demonstrated by other commercially available assays related to sample size and analytical performance characteristics such as sensitivity, variability, and specificity.