To ensure your laboratory is at its best, you need the right equipment. One piece of equipment that can be essential when conducting tests is a coagulation analyzer. This article provides an in-depth guide to coagulation analyzers and discusses their features and pros.
How do you calibrate or adjust a coagulation analyzer properly?
If you’re using an analyzer to measure coagulation factors, it’s important to calibrate it properly. Calibrating an analyzer means ensuring that the readings it gives are accurate and consistent. There are a few things you can do to calibrate your analyzer correctly:
1. Check the calibration date and time stamp.
2. Verify that all connectors are securely attached.
3. Make sure there is no obstruction between the sensor and the sample container or between the sensor and the probe tip.
4. Clear any debris from the sensor chambers before running a calibration procedure.
5. Run a standard coagulation factor test (or another appropriate assay) to verify the accuracy of each sensor chamber before proceeding with calibration procedures for that particular chamber type or assay type.
How do coagulation analyzers work?
Coagulation analyzers are machines that help doctors to determine the level of blood coagulation. Coagulation is a process that helps to prevent injuries from occurring, and coagulation analyzers can help doctors to monitor the coagulation process in patients. The three main types of coagulation are clotting factors, platelets, and fibrinogen. Clotting factors are proteins that help to form clots. Platelets are tiny cells that help to form blood clots. Fibrinogen is a protein that helps to form blood clots in the presence of other proteins. The main purpose of a coagulation analyzer is to measure the levels of these different proteins in a patient’s blood.
If you want to get accurate results from Wondfo coagulation analyzers, it’s important to calibrate your analyzers regularly. This will ensure that your equipment is accurate and produces consistent results.