-
11-Oxoetiocholanolone (72T) ISWE Mini-Kit
$664.00The ISWE 11-Oxoetiocholanolone (72T) Mini-Kit is specifically designed to measure 72T present in a variety of samples and species for wildlife conservation.
-
Catalase Colorimetric Activity Kit
$440.00The DetectX® Catalase Colorimetric Activity Kit quantitatively measures catalase activity in any sample and includes everything needed to measure catalase activity in 45 minutes.
-
Catalase Fluorescent Activity Kit
$440.00The DetectX® Catalase Activity Kit quantitatively measures catalase activity in a variety of samples.
-
Ceruloplasmin Colorimetric Activity Kit
$599.00The DetectX® Ceruloplasmin Activity Kit quantitatively measures ceruloplasmin activity in serum and urine samples.
-
DNA Damage ELISA Kits
$672.00 – $2,686.00The DetectX® DNA Damage ELISA Kits quantitatively measure DNA and RNA oxidized guanosine species.
-
Formaldehyde Fluorescent Detection Kit
$506.00The DetectX® Formaldehyde (HCHO) Fluorescent Detection Kit is designed to quantitatively measure formaldehyde present in buffer, tissue culture media and urine samples.
-
FRAP™ (Ferric Reducing Antioxidant Power) Detection Kit
$625.00The DetectX® FRAP™ (Ferric Reducing Antioxidant Power) Detection Kit quantitatively measures antioxidant status in a variety of samples.
-
Glutathione (GSH) Colorimetric Detection Kit
$446.00The 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.
-
Glutathione (GSH) Fluorescent Detection Kit
$425.00 – $1,702.00The DetectX® Glutathione (GSH) Fluorescent Detection Kit utilizes a proprietary non-fluorescent molecule, ThioStar®, that covalently binds to the free thiol group on GSH to yield a highly fluorescent product.
-
Glutathione (GSH) Fluorescent Detection Kit (384-Well Plate)
$772.00The DetectX® Glutathione (GSH) Fluorescent Detection Kit utilizes a proprietary non-fluorescent molecule, ThioStar®, that covalently binds to the free thiol group on GSH to yield a highly fluorescent product.
-
Glutathione Reductase (GR) Fluorescent Activity Kit
$433.00The DetectX® Glutathione Reductase (GR) Fluorescent Activity Kit determines GR activity by the amount of GSH generated from the reduction of GSSG to yield a highly fluorescent product.
-
Hemoglobin Colorimetric Detection Kit
$338.00The DetectX® Hemoglobin Colorimetric Detection Kit uses a single reaction solution to measure Hemoglobin in whole blood and RBCs without dangerous chemicals or light sensitivity.
-
Hemoglobin High Sensitivity Colorimetric Detection Kits
$373.00 – $1,424.00The DetectX® Hemoglobin High Sensitivity Colorimetric Detection Kit is designed to quantitatively measure all forms of hemoglobin present in plasma and serum without dangerous chemicals or light sensitivity.
-
Hydrogen Peroxide (H2O2) Colorimetric Detection Kit
$433.00The DetectX® Hydrogen Peroxide (H2O2) Colorimetric Detection Kit is designed to quantitatively measure H2O2 in a variety of samples.
-
Hydrogen Peroxide (H2O2) Fluorescent Detection Kit
$433.00The DetectX® Hydrogen Peroxide (H2O2) Colorimetric Detection Kit is designed to quantitatively measure H2O2 in a variety of samples.
-
Myeloperoxidase (MPO) Human ELISA Kit
$625.00The DetectX® Myeloperoxidase (MPO) Human ELISA Kit is designed to quantitatively measure MPO present in a variety of matrices.
Oxidative Stress
Oxidative stress, broadly defined as an imbalance between reactive oxygen species production and elimination by antioxidant defenses, can lead to oxidative damage to critical cellular structural and functional biomarkers when unchecked. Implicated in a variety of pathophysiological and age-related diseases, many research programs focus on understanding oxidative stress’ role in health and disease.
Arbor Assays provides tools to measure the status and activity of key oxidative stress biomarkers. Our glutathione and hydrogen peroxide assays are the easiest, most sensitive assays available to help researchers better monitor oxidative stress mechanisms and responses.
