IFABP/FABP2 ELISA Kit Human Rat Mouse 96 Test
Achieve precise and reliable quantification of Intestinal Fatty Acid Binding Protein with our high-sensitivity ELISA kit. Designed for versatility, this 96-well kit provides consistent, reproducible results for human, rat, and mouse samples. Streamline your laboratory workflow and accelerate your metabolic research with this trusted, easy-to-use, and highly accurate analytical solution.
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Description
Introduction
The BC1264 IFABP/FABP2 ELISA kit is a high-performance analytical tool engineered for the accurate detection of Intestinal Fatty Acid Binding Protein. It offers researchers a robust platform for measuring protein expression across human, rat, and mouse models with exceptional precision and sensitivity.
Key Features
– Highly sensitive detection range for low-concentration samples
– Validated for multi-species use including Human, Rat, and Mouse
– Complete 96-well microplate format for efficient batch processing
– Rapid incubation protocols to save valuable laboratory time
– Excellent intra-assay and inter-assay reproducibility
– Stable reagents ensuring long shelf life and consistent performance
Benefits
Using this ELISA kit eliminates the guesswork often associated with protein quantification. By providing a standardized, ready-to-use protocol, it allows researchers to focus on data analysis rather than assay optimization. The cross-species compatibility means you can use the same reliable methodology across different study models, ensuring that your comparative data remains consistent and scientifically sound. Its high specificity minimizes cross-reactivity, protecting the integrity of your research findings.
Usage / How to Use
This kit is intended for professional laboratory use in metabolic and gastrointestinal research. Begin by preparing your samples according to the provided manual, ensuring all buffers are at room temperature. Load the standards and samples into the microplate wells, follow the designated incubation steps, and utilize a standard plate reader to measure optical density. The resulting data can then be plotted against the standard curve to determine exact protein concentrations.
Why Choose This Product
– Proven reliability in diverse experimental conditions
– Comprehensive support for major research model organisms
– High-throughput capability optimizes laboratory productivity
– Cost-effective solution for academic and clinical research labs
– Strict quality control standards guarantee every lot performs as expected
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