Diabetes detection analyzer

Abstract

The invention relates to a diabetes detection analyzer, which comprises a detection analyzer body; a central processor, a power module and a real-time blood sugar content detection unit are arranged in the detection analyzer body; the real-time blood sugar content detection unit comprises a signal acquisition and preprocessing device based on a reagent absorbance analysis principle, a constant temperature device and a stirring device; a reagent cavity used for mounting a reagent to be tested is arranged on the constant temperature device; an albumin glycation ratio detection unit used for detecting the average blood sugar content of a patient in 2-3 weeks is also arranged in the detection analyzer body; and the albumin saccharification ratio detection unit comprises a glycated albumin detection unit and an albumin detection unit which have the same structure as the real-time blood sugar content detection unit. The diabetes detection analyzer is low in price and simple and convenient to use, and can be used for detecting the real-time blood sugar content and the average blood sugar content of 2-3 weeks in a blood sample of the patient at the same time.

Description

technical field [0001] The invention relates to the technical field of diabetes detection and analysis, in particular to a diabetes detection and analysis instrument. Background technique [0002] The key to the treatment of diabetes is the control and stabilization of blood sugar levels. At present, the commonly used method in clinical practice is to detect the glucose content in the patient's blood by sampling (hereinafter referred to as blood glucose in the blood, and the glucose content in the blood as blood sugar). Monitor the patient's blood sugar level, but only by directly detecting the glucose content in the blood, it is actually the real-time blood sugar content of the user at the sampling time point, which is easily affected by the patient's diet and medication during the sampling time period. The influence of blood sugar cannot objectively reflect the real situation of blood sugar in the patient's body, and the change of blood sugar in the human body in a day is ...

AI Technical Summary

Problems solved by technology

[0004] Simultaneously in prior art, the commercially available small-sized detection instrument that is used for single index also has the inconvenient opening and closing of the door in structure, and the problem that can't be switched automatically; The position of the absorbance probe used to detect the patient's blood sample must be higher than the stirring bead, which makes the detector require a higher liquid level of the sample when detecting the sample, which to a certain extent caused the concentration of the reagent to be tested. The problem of waste; there is also the point connection method between the thermostatic block on the detection unit and the heating device, that is, the heating device is only connected to a small area on the thermostatic block, resulting in uneven heating of the thermostatic block, close to the heating device One end of the heating device gets hot first, and the end away from the heating device gets hot later

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