Reagent kit for assisting judgment of systemic vascular resistance of sub-health crowd

Abstract

The invention discloses a reagent kit for assisting judgment of the systemic vascular resistance of a sub-health crowd. The reagent kit comprises a parameter acquisition device and a readable carrier; the parameter acquisition device comprises a device acquiring various parameters involved in the readable carrier; the readable carrier records the content in the formula I as follow, and systemic vascular resistance is equal to the formula I of 1806-44.719*f(gender)-117.665*f(age1)-15.613*f(age2)-28.083*f(bmi)-37.249*f(waist2bmi)+5.448*f(sbp)-2.32*f(sbp-dpb). By means of the reagent kit, judgment of the risk that systemic vascular resistance function abnormity happens to the sub-health crowd (at the age of 30-69) can assisted.

Description

technical field [0001] The invention relates to a kit for assisting in judging the systemic vascular resistance of sub-healthy people, which belongs to the field of biomedicine. Background technique [0002] As early as the 1980s, the World Health Organization (WHO) put forward a relatively new definition of health in its work report: health is not only the absence of disease or weakness, but also a complete physical, mental and social adaptation. state. Although there is no more authoritative definition of sub-health at present, a common-sense view that people currently agree with is based on the new health concept of the WHO, that is, the so-called sub-health refers to a state between complete health and disease. intermediate state. The concept of sub-health has very important medical value and clinical significance, because it can promote the "gateway" of disease prevention and treatment to move forward. This new concept of sub-health has been clearly discussed in the ...

AI Technical Summary

Problems solved by technology

[0004] 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 specific arterial pulse points, which requires certain technical requirements; and the detection of ankle-brachial index also requires special instruments; systemic vascular compliance, systemic vascular resistance, and vascular dilatation require complex and professional arterial pulse waveforms. Only by analyzing and calculating can we draw conclusions

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

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