A kind of pool-checking red blood cell blood group irregular antibody detection kit based on solid-phase agglutination technology and preparation method
A technology for antibody detection and red blood cells, which is applied in biological testing, material inspection products, and disease resistance to media transmission. It can solve the problems of short storage period of red blood cells, missed antibody detection, and cumbersome operation, so as to improve detection sensitivity and avoid missed detection. , The effect of simple operation process
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Embodiment 1
[0042] Example 1 Preparation of Hui-check-type erythrocyte blood group irregular antibody detection kit
[0043] 1. Formation of irregular antibody screening lineages: Monoclonal antibodies are used to screen O-type red blood cells. According to the principle of antigen complementation, an antibody-screening cell line composed of 3 O-type red blood cells is established. The specific antigen typing spectrum is shown in Table 1;
[0044] 2. Preparation of the pooled solid-phase agglutination reaction microplate
[0045] (1) Dilute the anti-erythrocyte monoclonal antibody with carbonate coating solution to 100ug / mL, take out a blank 96-well reaction microplate, add 100 μL to each well, coat at room temperature for 16 hours, and dry the liquid in the microwell After washing with purified water for 3 times, the residue in the micropores was dried with absorbent paper for the last time;
[0046] (2) The anti-sieve cells numbered Ⅰc, Пc, and Шc were washed three times with normal sa...
Embodiment 2
[0056] Example 2 Erythrocyte membrane antigenicity test before and after lyophilization of solid-phase agglutination reaction microplates
[0057] Select D, E, Jk with dose effect a , Jk b , Fy a The antigen is used as the target antigen, and the kit of the present invention is used to detect the human plasma containing the above-mentioned antibodies to evaluate whether the antigenicity of the red blood cell membrane changes after freeze-drying. The experimental results show that the detection results of the above antibodies on the micro-strips before and after freeze-drying are consistent, all of which are 4+, indicating that the antigenicity of the red blood cell membrane does not change before and after freeze-drying. The results are shown in image 3 . The specific operation method is as follows:
[0058] 1. Take out one microplate strip from the kit prepared in Example 1, equilibrate to room temperature, and mark the 1st to 8th wells as -D, -E, -Jk from top to bottom....
Embodiment 3
[0064] Example 3 Comparison of anti-Mur and conventional anti-screening cells for the detection of high-frequency antibodies in Chinese population
[0065] The high-frequency antibody anti-Mur in the Chinese population was used as the target to detect antibodies, and compared with conventional anti-screening cells. As a result, the kit of the present invention can better detect anti-Mur antibodies, while conventional anti-sieve cells cannot be detected, see Figure 4 . The specific operation method is as follows:
[0066] 1. After taking out one microplate strip from the kit prepared in Example 1, equilibrate to room temperature, and label the 1st to 8th wells as Normal (normal plasma), -Mur, -D, Normal ( normal plasma), -Mur, -D, Neg (negative control), Pos (positive control);
[0067] 2. Add 2 drops (100 μL) of low-ion solution to each of the above wells, and add 1 drop (50 μL) of the test specimen and negative and positive control serum corresponding to the label to the ...
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