Patterned biochemical analysis test paper and manufacturing method and application thereof
A technology for biochemical analysis and production methods, applied in chemical instruments and methods, biological testing, layered products, etc., can solve the problems of unfavorable patterned biochemical analysis test paper application, cumbersome production methods, high cost, etc., and achieve low cost and high production cost. Fast, easy-to-use effects
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Embodiment 1
[0020] Patterned test paper made by three different methods, the three methods mainly include:
[0021] (1) Use a pencil to draw the required pattern on the absorbent paper, and then use a crayon to draw along the pencil line (the front and back of the absorbent paper must be drawn with a crayon), and put the drawn wax paper into a high-temperature container (such as Oven, the temperature is slightly higher than the softening temperature of the wax used) for about a few minutes (the time depends on the temperature conditions used and the wax material used). In this way, the wax will soften into a liquid and be absorbed by the absorbent paper, which will block the fibers of the absorbent paper and form various millimeter-scale hydrophilic channels. After cooling, add reagents to each reaction area to become a multi-index biochemical analysis test paper (see figure 2 ).
[0022] (2) Use drawing software to design the required pattern on the computer, then use an inkjet printer...
Embodiment 2
[0026] Use patterned test paper to detect BSA (bovine serum albumin) and glucose at the same time. The specific implementation process is as follows: For BSA detection: first add 0.5 μL of 0.3M citrate buffer to the outer circle of the three channels of the test paper (pH=1.8), and then add 0.5 μL of bromophenol blue solution (3.3 mM ethanol solution); for glucose detection: first drop 0.5 μL of potassium iodide solution (0.6 M), and then dropwise add 0.5 μL of a solution of horseradish peroxidase and glucose oxidase on top. After the above solution is dried in the air, add the mixed solution of glucose and BSA at the central sample addition point, the sample will automatically flow to each branch, and react with the above dry reagent and develop color. Among them, BSA will react with bromophenol blue under acidic conditions to obtain a blue product, and glucose will react with potassium iodide under the catalytic reaction of glucose oxidase and horseradish peroxidase to produ...
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