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The DetectX^® Estrone ELISA Kits are unique as it measures both non-conjugated estrone, estrone-3-sulfate and estrone 3-glucuronide in urine and fecal samples with almost equal affinity, allowing for non-invasive testing of this steroid.

The DetectX^® Estriol ELISA Kits are designed to quantitatively measure estriol.

The DetectX® Serum 17β-Estradiol ELISA Kits quantitatively measure free 17β-Estradiol in serum and plasma.

The DetectX^® Estradiol ELISA Kits use a specifically generated antibody to measure estradiol and its metabolites in urine and fecal samples. This kit is not recommended for serum, plasma, or saliva samples as the concentration of estradiol in these samples is too low to be measured without significant concentration.

The DetectX® Epiandrosterone ELISA Kits are designed to measure Epiandrosterone in a variety of matrices.

The DetectX^® Endothelin-1 (ET-1) ELISA Kit provides a simplified ET-1 measurement in variety samples and tissue culture media.

The DetectX® DNA Damage ELISA Kits quantitatively measure DNA and RNA oxidized guanosine species.

The DetectX^® DHEA-S ELISA Kits are used to determine Estrogen Deficiency in a variety of species.

The DetectX Cystatin C Immunoassay Kit is designed to measure Human Cystatin C levels in a variety of biological matrices

The DetectX^® cGMP Immunoassay Kits – Improved Sensitivity is designed to measure cGMP directly and conveniently lyse, stabilize and measure in one step.

The DetectX^® Cyclic AMP (cAMP) Direct ELISA Kits quantitatively measure cAMP present in a variety of samples.

The DetectX^® Cyclic AMP Direct Chemiluminescent ELISA Kits directly and quantitatively measure cAMP present in a variety of samples.

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.

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