A kit for assisting in judging vascular function of the whole population

Abstract

The invention discloses a kit for assisting in judging blood vessel function of the whole population. It includes a parameter collection device and a readable carrier; the parameter collection device includes a device for collecting various parameters involved in the readable carrier; the readable carrier records content such as formula I and formula II . A suit for assisting in judging the vascular function of the whole population, which includes weight measuring equipment, waist circumference measuring equipment, blood pressure measuring equipment and computing equipment equipped with a parameter calculation module; the parameter calculation module can perform calculations such as Formula I and Formula II. The kit of the present invention can assist in judging the risk of vascular dysfunction in the whole population (30-69 years old).

Description

technical field [0001] The invention relates to a kit for assisting in judging blood vessel function of the whole population, which belongs to the field of biomedicine. Background technique [0002] With age, the function and structure of human blood vessels will gradually change. Changes in vascular function are mainly reflected in increased vascular stiffness, decreased vascular elasticity, increased arterial pulse wave velocity, decreased vascular compliance, decreased vasodilability, or increased vascular resistance. These changes in vascular function often occur before changes in vascular structure, but such changes are often reversible. By improving lifestyle or controlling underlying diseases, vascular function can be improved to a certain extent. Therefore, it is necessary to promote the detection of vascular function in the whole population, so as to detect possible changes of vascular function as early as possible, so as to provide medical advice to these groups. ...

AI Technical Summary

Problems solved by technology

[0003] At present, there are many clinical methods for detecting vascular function, but all of them need to detect the observed object through a specific instrument, and usually these instruments are relatively cumbersome or require network analysis to obtain data, such as the detection of pulse wave velocity It is necessary to detect a specific arterial pulse point, which requires technical requirements for the operator; the detection of the ankle-brachial index also requires special instruments; systemic vascular compliance, systemic vascular resistance, and vascular expansion require complex arterial pulse wave waveforms. Only professional analysis and calculation can draw conclusions

None of the above are appropriate for use in wider primary care practice

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