Metabolism Assay Kits

The DetectX® Galactose Colorimetric Detection Kit rapidly measures galactose in variety of samples.

The DetectX^® Glucose Colorimetric Detection Kit quantitatively measures glucose in a variety of samples.

The DetectX^® Glucose Colorimetric Detection Kit is designed to quantitatively measure glucose in a variety of samples.

The DetectX® Glutathione (GSH) Detection Assay Kits allow for convenient, rapid, and easy quantitation of both GSH and GSSG for an accurate measurement of cellular oxidative status in a variety of sample types.

The DetectX^® Insulin ELISA Kit is designed to quantitatively measure insulin present in a variety of samples and tissue culture media. 

The DetectX® Retinol Binding Protein (RBP) Multi-Format ELISA Kits measure both high and low RBP levels in a variety of samples including dried blood spots, serum, EDTA and heparin plasma, and urine

The DetectX^® Low Volume Serum Creatinine kit quantitatively measures creatinine present in serum samples using a 384-well plate format to minimize sample usage.

The DetectX^® Serum Creatinine Kits measure creatinine in serum and plasma samples.

The DetectX® Testosterone ELISA Kits provide non-invasive measurements of Testosterone and Dihydrotestosterone.

The DetectX^® Testosterone ELISA Kits measure testosterone without extraction in serum and plasma, as well as in urine and dried fecal extracts.

The ISWE Testosterone Mini-Kit is specifically designed to measure Testosterone present in a variety of samples and species for wildlife conservation.

The DetectX® Thyroxine (T4) ELISA Kits quantitatively measure T4 present in serum, EDTA plasma, tissue culture media samples and fecal extracts. 

Quantitatively measures T3 present in urine, extracted serum, plasma, fecal extracts, and tissue culture media samples. It measures total T3 in extracted serum, plasma and fecal extracts.

The DetectX® Urinary Creatinine Detection kits are designed to quantitatively measure creatinine in urine samples. A NIST calibrated creatinine standard is used to standardize the assay.