Electrochemical test paper for rapid measurement of amylase as well as preparation and detection methods thereof
An amylase and electrochemical technology is applied in the field of electrochemical test paper for rapid measurement of amylase and its preparation and detection. Effect
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Embodiment 1
[0056] In this example, see figure 1 , an electrochemical test paper for rapid measurement of amylase, comprising
[0057] insulating substrate 1, and
[0058] Two mutually independent detection systems arranged on the insulating substrate 1, the detection system includes a liquid guiding groove body arranged in the insulating substrate 1, and the liquid guiding groove body includes an independent first liquid guiding groove 2- 1 and the second liquid guide tank 2-2, the first liquid guide tank 2-1 is provided with the first sample inlet 3-1, and the second liquid guide tank 2-2 is provided with the second sample inlet 3-2; include
[0059] The conductive film layer is arranged on the insulating substrate 1, and the conductive film layer includes a first reference electrode 4-1, a first working electrode 4-2, and a second reference electrode 4-1 insulated from each other. 3 and the second working electrode 4-4;
[0060] Reaction film layer, the reaction film layer include...
Embodiment 2
[0093] This example illustrates the linear relationship between amylase activity and current, and the method for constructing a calibration curve using the amylase test paper prepared in Example 1.
[0094]Collect fresh venous blood, adjust hematocrit ratio to 40%, prepare amylase activity as 10 U / L, 25 U / L, 50 U / L, 100 U / L, 250 U / L, 500 U / L, 1000 U / L blood sample, the amylase test paper prepared in Example 1 is placed in a multi-parameter analyzer and a 300mV working voltage is applied at both ends of the working electrode and the reference electrode; the blood sample is added to the sampling port and automatically drawn by siphon action About 5 µL of sample enters the reaction zone 1 to react with the reagents in the first reaction membrane 5-1, and the reaction zone 2 and the second reaction membrane 5-2, and measures the current I1 of the first working electrode 4-2. The current I1 includes amylase Decompose the glucose formed by the substrate and the glucose reaction curr...
Embodiment 3
[0099] This example illustrates the use of the calibration curves constructed in Example 2 and Comparative Example 2 to measure blood samples with different amylase activities, and to illustrate the influence of different glucose concentrations on the test results.
[0100] Blood samples with different amylase activities and different glucose concentrations were collected.
[0101] Place the amylase test paper prepared in Example 1 in a matching tester and apply a working voltage of 300mV across the working electrode and the reference electrode; take a blood sample and add it to the sampling port, and automatically draw about 5 µL of the sample into the reaction area by siphon action 1 reacts with the enzyme reaction membrane 1 and the reaction zone 2 reacts with the reagent in the enzyme reaction membrane 2, and measures the current I1 of the working electrode of the first electrode system. The current I1 includes the glucose formed by amylase decomposing the substrate and the...
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