BC3136 FTH Ferritin Heavy Polypeptide ELISA Kit 96 Test
Accelerate your research with our high-precision BC3136 FTH ELISA Kit. Designed for superior sensitivity and accuracy, this 96-test kit provides reliable quantification of Ferritin Heavy Polypeptide in Human, Rat, and Mouse samples. Ensure consistent, reproducible results and streamline your laboratory workflow with our validated, easy-to-use immunoassay solution for modern biomedical science.
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Description
Introduction
The BC3136 FTH ELISA Kit is a premium diagnostic tool engineered for the precise measurement of Ferritin Heavy Polypeptide concentrations across multiple species. This comprehensive assay kit offers researchers a robust platform for investigating iron metabolism and related pathological conditions with unmatched reliability.
Key Features
– Optimized for Human, Rat, and Mouse sample reactivity
– Complete 96-test microplate format for high-throughput screening
– High sensitivity and broad detection range for accurate quantification
– Standardized reagents to ensure batch-to-batch consistency
– Detailed protocol included for simplified experimental setup
– Excellent intra-assay and inter-assay precision
Benefits
By choosing this ELISA kit, laboratories can significantly reduce the time spent on assay optimization. The kit is pre-validated for cross-species application, which minimizes the need for multiple specialized purchases. Researchers benefit from high-affinity antibodies that deliver sharp, clear signals, ensuring that even low concentrations of Ferritin are detected with confidence. This efficiency translates to faster data collection and more reliable publication-ready results.
Usage / How to Use
This product is intended for professional use in clinical or molecular biology research laboratories. The kit utilizes a standard sandwich ELISA technique. Researchers should prepare the samples according to the provided instructions, load them into the pre-coated microplate, and follow the sequence of reagent incubation and washing steps. After adding the stop solution, the optical density is measured using a microplate reader at the specified wavelength, allowing for quantitative analysis against a standard curve.
Why Choose This Product
– Validated performance ensures high reproducibility across different studies
– Species versatility saves costs and storage space in the lab
– Comprehensive 96-test configuration maximizes value per experiment
– Industry-standard methodology guarantees compatibility with existing lab equipment
– Dedicated technical support to assist with complex experimental challenges
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