Creatinine analyzer

According to different classification standards, creatinine analyzers can be classified into the following categories:
1. According to the analysis time, it can be divided into real-time analysis and batch analysis.
2. According to the sample volume, it can be divided into small analyzers, medium analyzers and large analyzers.
3. According to the properties of the substance being measured, it can be divided into radioactive analyzers and non-radioactive analyzers.
4. According to the state of the substance being measured, it can be divided into solid scintillator analyzers, liquid scintillator analyzers, airborne analyzers and liquid analyzers.
5. According to the testing principle, it can be divided into turbidimetric analyzers, colorimetric analyzers and photoelectric analyzers.
6. According to the detector, it can be divided into electrochemical analyzers, optical analyzers and large comprehensive analyzers.
Creatinine analyzers are primarily used to detect creatinine levels in blood samples to assess the health of kidney function. Creatinine is a muscle metabolite that is excreted in the urine after being filtered by the kidneys. Therefore, changes in creatinine levels can reflect kidney function.
By using a creatinine analyzer, doctors can obtain accurate creatinine values to better understand a patient's kidney function. This is important in diagnosing and treating many kidney diseases because elevated creatinine levels may indicate impaired kidney function, while reduced levels may indicate hyperactive kidney function.
In summary, creatinine analyzers are important medical devices that can help doctors assess patients' kidney function status and thereby better manage their health.