GlycoSens™ Ferric Reducing Antioxidant Power (FRAP) Assay Kit

The GlycoSens™ Ferric Reducing Antioxidant Power (FRAP) Assay Kit provides a robust, high-precision analytical assay platform engineered for quantification of target ferric reducing antioxidant power in varied biological matrices. Featuring a streamlined protocol, it delivers outstanding linearity and operational speed for routine biochemical assays.

Other Series

FRAP Buffer; TPTZ Chromogenic Solution; FeCl3 Solution; Standard Solution

Tissues, other biological samples

10 μL - 50 μL

The assay relies on the distinct spectroscopic optical characteristics of ferric reducing antioxidant power. Upon reaction with specialized chromogenic reagents, the resulting optical density shifts measured at target wavelengths directly reflect FRAP content in the sample.

Within 1 hour

593 nm

Visible Spectrophotometer or Microplate Reader, glass/quartz cuvettes, microcentrifuge, water bath/incubator, adjustable micropipettes, double-distilled water.

Store at -20°C.

Shipped with ice packs.

Ferric reducing antioxidant power (FRAP) is recognized as a fundamental component in biological systems. By serving as a metabolic node, it integrates diverse biochemical inputs into unified physiological responses. Monitoring these changes is vital for evaluating bioenergetic efficiency and systemic resilience.

Designed for comprehensive functional analysis of ferric reducing antioxidant power (FRAP) within tissue metabolism profiling, coenzyme utilization studies, and biochemical pathway modeling.

Rapid Reaction Protocol; Stringent Quality Control; Enhanced Sensitivity

1. Pre-Centrifugation of Vials: Prior to opening any reagent vials, perform a brief centrifugation to collect all powder or liquids at the bottom of the tubes.

2. Reagent Equilibration & Mixing: Allow all kit reagents and buffers to equilibrate to room temperature (25 °C) before initiating the assay.

3. Sample Storage: If samples are not assayed immediately, please store at -80 °C and avoid repeated freeze-thaw cycles.