By measuring various parameters of blood rheology, it provides an important scientific basis for the diagnosis, prevention, treatment and disease monitoring of a series of clinical problems related to blood rheology.
1. Evaluate blood fluidity
The blood rheometer can detect key indicators such as whole blood viscosity and plasma viscosity, which directly reflect the fluidity of blood. Whole blood viscosity is a comprehensive indicator that reflects the resistance of blood when it flows. Its size mainly depends on the number of red blood cells in the blood, deformability, plasma viscosity, and aggregation state of red blood cells. Through the detection of the blood rheometer, the blood circulation state of the body can be evaluated, and whether there is a blood circulation disorder can be determined, thereby preventing the formation of thrombus.
2. Predict the risk of thrombosis
Thrombosis is one of the main causes of cardiovascular and cerebrovascular problems. The blood rheometer can detect indicators closely related to thrombosis, such as platelet adhesion and fibrinogen content. Abnormal changes in these indicators often indicate an increase in the risk of thrombosis. Therefore, through the detection of the blood rheometer, the risk of thrombosis can be predicted, providing an important reference for preventing and treating cardiovascular and cerebrovascular problems.
3. Diagnose vascular problems
Vascular problems such as atherosclerosis and hypertension can cause blood circulation disorders, which in turn affect the rheological properties of blood. The blood rheometer can detect indicators closely related to vascular problems, such as red blood cell deformability and red blood cell aggregation. Abnormal changes in these indicators can help doctors diagnose vascular problems and provide a scientific basis for formulating treatment plans.
4. Evaluate surgical risks
During surgery, there may be risks of blood circulation disorders and thrombosis. Through the detection of blood rheometer, the blood rheological properties of surgical patients can be evaluated, the risks that may occur during surgery can be predicted, and the basis for preoperative preparation and intervention during surgery can be provided.
5. Monitor the progress of chronic problems
Chronic problems such as diabetes and chronic kidney disease can affect blood rheological properties. By regularly testing the blood rheometer, the progress of chronic problems can be monitored, and the degree of impact of the problems on the blood rheological properties can be understood, thereby guiding treatment and adjusting treatment plans.
6. Guide lifestyle changes
The test results of the blood rheometer can also provide patients with personalized health guidance. For example, for patients with high blood viscosity, they can be advised to change their lifestyles through diet adjustment, exercise, etc., so as to reduce blood viscosity and prevent the occurrence of cardiovascular and cerebrovascular problems.
In short, the application of blood rheometer in clinical practice is of great significance. It can not only help doctors understand the patient's blood flow status and problem development more accurately, but also provide important scientific basis for the prevention, diagnosis and treatment of problems. Therefore, the application value of blood rheometer should be fully valued in clinical practice.
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