Quantitative analysis system for urine iodine

Abstract

The invention discloses a quantitative analysis system for urine iodine. The quantitative analysis system comprises a dropping bottle with urine filtering and purifying function, an extruding device for extruding urine in the dropping bottle to a test tube, a detection reagent for in-vitro detection of urine iodine content as well as a quantitative analyzer for in-vitro detection of urine iodine content in the detection reagent in the test tube. With adoption of the scheme, in-vitro detection has higher reproducibility and accuracy degree, the color developing gradient and color developing stability are quite good, the system is simple to use and operate, reaction detection consumes a little time, and too much processing of a urine sample is not needed; the system is simple, fast, high in accuracy and sensitivity, contains no heavy metal compounds or aldehyde condensation compounds, cannot cause environmental pollution and is safe and environment-friendly; detection results are used for evaluating iodine nutritional status of detected crowds and is suitable for being popularized and applied in primary health care institutions with severe iodine deficiency.

Description

technical field [0001] The invention relates to the field of medical testing instruments, in particular to a urine iodine quantitative analysis system. Background technique [0002] Urinalysis is one of the most commonly used laboratory indicators in clinical practice. It not only provides references for the diagnosis of urinary system diseases and observation of curative effects, but also is very helpful for the diagnosis of other system diseases that can cause changes in blood biochemical components. In addition, urinalysis can also be used for safe drug testing and initial assessment of health status. [0003] As a traditional method, urine testing is often based on the color change produced by the reaction between the reagent area on the test strip and the biochemical components in the urine sample, to qualitatively or quantitatively detect urobilinogen, bilirubin, ketone bodies, The content of blood, protein, white blood cells, vitamin C (or microalbumin), etc., and th...

AI Technical Summary

Problems solved by technology

Existing urine analyzers basically operate the light source manually to irradiate urine samples, which has poor concentrating effect and complicated operation steps, and low accuracy. However, high-precision urine detectors are usually expensive in equipment and complex in structure, which cannot meet the needs of all levels. There is an urgent need to provide a new urine iodine quantitative analysis system to solve the above problems

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