Description
| Product Name | CAT.No | Size |
| Specific Protein Calibrator | BXC0644A | 1 x 2ml |
| Specific Protein Calibrator Set | BXC0646A | 6 x 1 x 1ml |
Product Description
The Biorex Diagnostics Specific Protein Calibrator (SPC) provides human serum–based, ready-to-use materials for accurate quality control and calibration of protein assays. Accurate measurement of specific proteins is critical in clinical laboratories for diagnosing, monitoring, and managing a wide range of medical conditions. Reliable calibrators are essential to ensure assay precision, reproducibility, and consistent laboratory performance, supporting informed clinical decisions and high-quality patient care.
These calibrators are human serum–based, closely mimicking patient samples to provide clinically relevant testing conditions. They are suitable for use in enzymatic, immunoturbidimetric, and colorimetric assays, enabling laboratories to generate precise reference curves for quantitative protein determination. By providing consistent and reproducible calibration, these materials help standardise assay performance, reduce measurement variability, and ensure regulatory compliance.
Key Features
- Human serum–based materials: Closely replicates patient samples for accurate calibration.
- Reference curve creation: Supports precise quantitative determination of multiple protein types.
- Reliable performance: Ensures reproducibility and precision across assays and instruments.
- Ready-to-use format: Simplifies workflow, reduces handling errors, and saves laboratory time.
Benefits
Routine use of the Biorex SPC allows laboratories to maintain high-quality standards in protein measurement, detect assay deviations early, and comply with ISO 15189, CAP, and CLIA standards. These calibrators enhance confidence in assay results, support reliable monitoring of nutritional status, liver function, and disease progression, and strengthen overall laboratory quality assurance programs. By delivering accurate, reproducible calibration, the kit contributes to improved diagnostic reliability, consistent patient monitoring, and informed clinical decision-making across diverse laboratory settings.
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