Electrochemical biosensing test strip, and method for identifying biosensor apparatus

Abstract

The invention discloses an electrochemical biosensing test strip, and a method for identifying a corresponding biosensor apparatus by using the electrochemical biosensing test strips. The test strip comprises a substrate with a distinguishable right side and a distinguishable back side, a conductive layer arranged on the right side of the substrate, a parameter identifying element arranged on the back side of the substrate, an upper separator plate covered on the conductive layer, and a reaction zone, which contacts the conductive layer, for carrying out reactions. When the electrochemical biosensing test strips provided by the present invention are connected to the corresponding biosensor apparatus, the biosensor apparatus can automatically select a set of correction parameter values corresponding to the group of test strips through identifying the parameter identifying elements. According to the scheme of the present invention, a parameter correction step executed by users is eliminated, the entire measuring process is simplified, and inaccurate measuring results due to user carelessness or user operation faults can be avoided. The invention also discloses a method for identifying the biosensor apparatus by using the electrochemical biosensing test strip. According to the present invention, the length proportional relation of the length variable zones in the conductive layer of the test strip is used as a basis for identifying the corresponding biosensor apparatus.

Description

technical field [0001] The invention relates to an electrochemical biosensing test paper, in particular to an electrochemical biosensing test paper which is provided with a parameter identification element at one end of the back side of the substrate so as to save the user from performing parameter calibration steps. The present invention also relates to a method for identifying a matched biosensor device, in particular to a method for identifying the matched biosensor device by utilizing the length proportional relationship of each of the variable length regions in the conductive layer of the electrochemical biosensing test paper method. Background technique [0002] Due to the advancement of science and technology, many tests that used to be carried out in hospitals are now mostly moving towards home testing. At present, there are many biosensor strips on the market that can be discarded after one use and are used for home operation. They are suitable for non-professional...

AI Technical Summary

Problems solved by technology

However, designers and manufacturers of electrochemical biosensing test strips often have to produce a variety of test strips that match different biosensor devices according to different purposes, different objects to be tested, different customers and different end users, in order to meet the diverse needs of the market. Therefore, At present, the market is full of electrochemical biosensing test papers and biosensor devices with different manufacturers’ logos, designs and purposes. With the rise of medical customization services, we can foresee that electrochemical biosensors will The types of sensory test strips and biosensor devices will become more diverse and complex

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