COL9A3 Human ELISA Kit 96 Tests BC3333

Description

Introduction

The BC3333 COL9A3 ELISA kit is a specialized diagnostic tool engineered for the accurate detection and quantification of Collagen Type IX Alpha 3 within human biological samples. This kit provides researchers with a robust, highly sensitive platform to study collagen dynamics and associated biomarkers in experimental models.

Key Features

– Optimized for the detection of human COL9A3 protein

– High sensitivity and specificity for reliable quantitative data

– Complete 96-well format for efficient high-throughput analysis

– Minimal inter-assay and intra-assay coefficient of variation

– Compatible with common laboratory microplate readers

– Standardized protocol ensuring consistent, repeatable results

Benefits

Choosing this ELISA kit significantly reduces the time and labor required for protein quantification. By offering a standardized and ready-to-use solution, it eliminates the need for time-consuming reagent optimization. Researchers benefit from superior signal-to-noise ratios, allowing for the detection of even low-abundance collagen levels with confidence, which ultimately accelerates the pace of your laboratory research projects.

Usage / How to Use

This kit is intended for research use only and should be utilized in a professional laboratory setting. The procedure involves standard sandwich ELISA methodology: samples and standards are added to the pre-coated microplate, followed by the addition of detection reagents. After incubation and washing steps, the substrate is added, and the color change is measured using a spectrophotometric plate reader at the designated wavelength. Always follow the included technical manual for precise dilution factors and incubation times.

Why Choose This Product

The BC3333 kit is manufactured under strict quality control standards to ensure batch-to-batch consistency. We prioritize shelf-life stability and reagent purity, making this an excellent investment for long-term study designs. Our commitment to technical support and analytical precision makes this the preferred choice for scientists who demand reliability and accuracy in their quantitative protein analysis.