A microalbumin-creatinine ratio (arc) detection device

Abstract

The invention relates to a micro-albumin creatinine ratio (ARC) detection device which comprises a detection device body, an ice bag and a heat insulating bag. The detection device body comprises a sample bottle, an albumin detection device and a creatinine detection device, the albumin detection device and the creatinine detection device are parallelly arranged on the outer wall of the sample bottle, and a sample feeding device is arranged at the upper end of the albumin detection device and the creatinine detection device. By the aid of a sampling device, urine samples are conveniently intercepted, the sample bottle is conveniently filled with urine, the micro-albumin creatinine ratio of the urine can be simply monitored, daily inspection is conveniently forecasted in advance, the samples are conveniently reserved in the sample bottle and quantitatively detected in a hospital, and the urine cannot be polluted or go bad.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a microalbumin creatinine ratio (ARC) detection device. Background technique [0002] Under normal human metabolism, there is very little albumin in urine, specifically no more than 20mg per liter of urine albumin (<20mg / L), so it is called microalbumin. If the microalbumin in urine is found to be in the range of 20mg / L-200mg / L after physical examination, it belongs to microalbuminuria. [0003] In clinical practice, urinary microalbumin indicators are usually used to monitor the occurrence of nephropathy. The detection of urinary microalbumin is the most sensitive and reliable diagnostic index for early detection of nephropathy. Through the value of urinary microalbumin, combined with the onset, symptoms and medical history statement, the disease can be diagnosed more accurately, and it can be judged that the disease has entered the stage of fibrosis; microalbuminuria is also...

AI Technical Summary

Problems solved by technology

[0005] And when using the test paper for titration test, after the sample cup is used to catch the urine, it is sucked up with a straw and dropped on the sample hole of the test paper. In some cases, the test paper is directly immersed in the sample cup, and after the reaction is completed, take it out and read it. , this operation is more troublesome, and it is easy to splash on hands, causing pollution

[0006] At present, there are test strips for qualitative and semi-quantitative determination of urinary microalbumin and creatinine. The accuracy of the test strips is not high, and it is easy to be misleading. It is possible as a simple monitoring function, but if you need accurate test results, you need to go to the hospital for quantitative testing. , and when measuring, the data of morning urine is the most accurate. If the sample is sent to the hospital at room temperature after sampling, corruption will occur and affect the test results. If it is placed in the refrigerator for refrigeration, it will pollute the refrigerator environment and affect the psychology of patients and their families.

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