Kit for evaluating 24-hour urinary sodium value of man

Abstract

The invention provides a kit for evaluating the 24-hour urinary sodium value of a man. The kit comprises a product for detecting a point urinary sodium value, a product for detecting a point urine creatinine value and a carrier with the following recorded formula: e-24HUNa=0.208*PRCr*(SUNa/SUCr)0.300, wherein PRCr represents for a predicted 24-hour urine creatinine value, and PRCr=e6.916-0.007*age-0.002*height+0.013*weight); e-24HUNa represents for a predicted 24-hour urinary sodium value; SUNa represents for the point urinary sodium value; SUCr represents for the point urine creatinine value; and SUNa/SUCr represents for the ratio of the point urinary sodium value to the point urine creatinine value. The accuracy of the 24-hour urinary sodium value of the man, predicted by using the kit provided by the invention, is equivalent to the 24-hour urinary sodium values of the man, obtained by using the traditional Tanaka method, and the kit has an important role in guiding the lifestyle and drug therapy of a hypertensive patient and helping to judge whether the salt intake of the hypertensive patient exceeds the standard.

Description

technical field [0001] The invention belongs to the field of medicine, and in particular relates to a kit for evaluating male 24-hour urine sodium value. Background technique [0002] High salt is an important environmental factor for the occurrence of hypertension. Most research results have confirmed that high-salt diet is an important risk factor for high blood pressure. By reducing salt intake, the effect of lowering blood pressure is more obvious, especially for those who are sensitive to salt. High salt intake is associated with hypertensive target organ damage such as left ventricular hypertrophy, arteriosclerosis, proteinuria, and the incidence and mortality of cardiovascular and cerebrovascular events. Salt restriction has a protective effect on target organs independent of the antihypertensive effect . Therefore, salt restriction intervention can not only prevent and control hypertension and reduce the incidence of hypertension, but also reduce cardiovascular adv...

AI Technical Summary

Problems solved by technology

24-hour urine sodium measurement is the most reliable and accurate method at present, but the 24-hour urine collection time is long and the process is cumbersome, which brings a lot of inconvenience to patients

my country is a country with high blood pressure, and many hypertensive patients seek medical treatment at the grassroots level. It is extremely inconvenient to use 24-hour urine sodium measurement to evaluate urine sodium intake

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