OSTN Osteocrin ELISA Kit 96 Tests for Human and Rat
Accelerate your research with our high-sensitivity OSTN Osteocrin ELISA Kit. Designed for precision and reliability, this 96-test kit provides accurate quantification of Osteocrin in both human and rat samples. Streamline your laboratory workflow and achieve consistent, reproducible results with our optimized assay protocol, ensuring you get the data you need quickly.
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Description
Introduction
The BC3820 OSTN Osteocrin ELISA Kit is a premium diagnostic tool engineered for the precise measurement of Osteocrin levels in biological samples. Featuring high sensitivity and excellent specificity, this kit is an essential asset for researchers studying bone metabolism, musculoskeletal health, and endocrine signaling pathways in Human and Rat models.
Key Features
– High sensitivity assay allowing for detection of low concentration analytes
– Comprehensive kit includes all reagents necessary for 96 individual tests
– Validated for cross-species reactivity in both Human and Rat samples
– Fast incubation times to optimize your daily laboratory throughput
– Consistent inter-assay and intra-assay precision for reliable data
– Simple colorimetric detection method compatible with standard microplate readers
Benefits
This ELISA kit solves the common frustrations of assay variability by providing a standardized, ready-to-use solution that minimizes manual error. Researchers benefit from reduced optimization time, allowing for faster experimental cycles. By delivering robust and repeatable data, this kit empowers your laboratory to draw confident conclusions in complex studies related to osteoblast activity and endocrine regulation, ultimately accelerating the pace of your scientific discoveries.
Usage / How to Use
The OSTN ELISA kit utilizes a sandwich-based immunoassay format. To use, add your prepared human or rat samples to the pre-coated microplate wells along with the provided standards. After the specified incubation steps and wash cycles, add the detection reagent and substrate. The intensity of the color change is directly proportional to the amount of Osteocrin present in the sample, which is then measured spectrophotometrically to determine concentration levels.
Why Choose This Product
– Quality assured components ensure maximum shelf life and stability
– Proven performance metrics provide peace of mind for critical research
– Detailed technical support and documentation simplify the validation process
– Excellent cost-per-test value for high-volume experimental needs
– Highly optimized reagents reduce background noise and improve signal-to-noise ratios
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