The β-HCG Calibrator is a critical tool in clinical diagnostics, ensuring the accuracy and reliability of β-HCG measurements in human serum. It is composed of two calibrated solutions and a detailed calibration card, which together facilitate precise calibration of chemiluminescence analyzers. This product is essential for laboratories performing pregnancy tests, monitoring gestational health, and diagnosing certain medical conditions related to β-HCG levels.

1. The β-HCG Calibrator is characterized by its high precision and stability, ensuring consistent performance across multiple assays. Its dual-concentration design allows for a broad range of calibration, making it suitable for various clinical applications.
2. Structurally, the calibrator includes two buffer solutions (C1 and C2) with defined β-HCG concentrations, along with a calibration card that provides detailed information for accurate calibration. This combination ensures that the analyzer is properly calibrated for reliable results.
3. The primary use of the β-HCG Calibrator is to calibrate chemiluminescence analyzers for the quantitative detection of β-HCG in human serum. This is crucial for diagnosing pregnancy, monitoring gestational health, and identifying conditions such as ectopic pregnancy or trophoblastic diseases.

The β-HCG Calibrator, also known as the HCG Calibration Kit, is a vital component in clinical diagnostics. Its dual-concentration design and detailed calibration card ensure precise and reliable calibration of chemiluminescence analyzers. This product is indispensable for laboratories focused on accurate β-HCG measurement, playing a key role in pregnancy testing and related medical diagnostics.

The β-HCG Calibrator offers high precision, stability, and a broad calibration range, making it an essential tool for accurate β-HCG measurement in clinical settings.

1. High Precision: The calibrator ensures accurate and consistent results, critical for reliable diagnostic outcomes.
2. Dual-Concentration Design: With two distinct concentrations (20 mIU/mL and 3000 mIU/mL), it covers a wide range of calibration needs.
3. Stability: The buffer solutions are formulated to maintain stability over time, ensuring long-term reliability.
4. Comprehensive Calibration Card: The included card provides all necessary details for proper calibration, including concentration, luminescence values, and batch information.
5. Compatibility: Designed for use with specific chemiluminescence analyzers, ensuring seamless integration into laboratory workflows.

The β-HCG Calibrator stands out for its precision, stability, and comprehensive calibration capabilities. Its dual-concentration design and detailed calibration card make it a reliable choice for laboratories aiming for accurate β-HCG measurements. This product is a cornerstone in clinical diagnostics, ensuring that analyzers are properly calibrated for dependable results.

The β-HCG Calibrator is widely used in clinical settings for the accurate measurement of β-HCG levels, essential for pregnancy testing and monitoring gestational health.

1. Pregnancy Testing: The calibrator is crucial for ensuring accurate results in pregnancy tests, helping to confirm early pregnancy.
2. Gestational Monitoring: It is used to monitor β-HCG levels throughout pregnancy, providing insights into fetal health and development.
3. Ectopic Pregnancy Diagnosis: Accurate β-HCG measurement aids in the early detection of ectopic pregnancies, which can be life-threatening if not diagnosed promptly.
4. Trophoblastic Disease: The calibrator is used in the diagnosis and monitoring of trophoblastic diseases, such as hydatidiform moles and choriocarcinoma.
5. Post-Treatment Monitoring: It is also used to monitor β-HCG levels after treatment for trophoblastic diseases, ensuring complete recovery.

The β-HCG Calibrator plays a pivotal role in clinical diagnostics, particularly in pregnancy testing and gestational monitoring. Its accuracy and reliability make it indispensable for diagnosing conditions like ectopic pregnancy and trophoblastic diseases. This product ensures that healthcare providers have the precise data needed for effective patient care.

When purchasing the β-HCG Calibrator, consider factors such as product specifications, compatibility with your analyzer, budget, and intended use to ensure optimal performance.

1. Product Specifications: Ensure that the calibrator's concentrations (20 mIU/mL and 3000 mIU/mL) meet your laboratory's requirements.
2. Product Type: Verify that the calibrator is compatible with your specific chemiluminescence analyzer, such as the Rayto Lumiray1200 or Mindray CP800.
3. Budget: Consider the cost of the calibrator in relation to your laboratory's budget, ensuring that it provides value for money.
4. Usage Scenarios: Assess the intended use of the calibrator, whether for routine pregnancy testing, gestational monitoring, or specialized diagnostics, to ensure it meets your needs.

Purchasing the β-HCG Calibrator requires careful consideration of product specifications, compatibility, budget, and intended use. By evaluating these factors, laboratories can ensure they select a calibrator that meets their needs and provides reliable, accurate results for clinical diagnostics.

Proper handling and storage of the β-HCG Calibrator are essential to maintain its stability and ensure accurate calibration results.

1. Storage Conditions: Store the calibrator at the recommended temperature to preserve its stability and effectiveness.
2. Handling: Avoid contamination by using sterile techniques when handling the calibrator and its components.
3. Expiration Date: Always check the expiration date on the calibration card and do not use the product beyond this date.
4. Calibration Frequency: Regularly calibrate your analyzer according to the manufacturer's guidelines to ensure consistent performance.
5. Disposal: Dispose of used calibrator components according to local regulations for biohazardous materials.

The β-HCG Calibrator requires careful handling and storage to maintain its effectiveness. Proper storage conditions, sterile handling, adherence to expiration dates, regular calibration, and appropriate disposal are all crucial for ensuring accurate and reliable results. By following these precautions, laboratories can maximize the performance and lifespan of the calibrator.