Standard substance and kit for detecting mitochondrial A3243G heterozygous mutation rate and detection method
A technology of mitochondria and standard products, applied in the field of biomedical engineering, can solve the problems of insufficient sensitivity and lack of quantitative detection methods for mitochondria
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Embodiment 1
[0068] The preparation of embodiment 1 standard substance
[0069] 1. Extract DNA from the peripheral blood of patients confirmed to be A3243G mutations and non-mutated normal people, and use QIAGEN's peripheral blood DNA extraction kit for extraction.
[0070] 2. Using amplification primers for PCR amplification, the amplification product includes the site where the A3243G mutation is located;
[0071] The primer sequences are:
[0072] MT3243-F (SEQ ID NO.3 in the sequence listing):
[0073] 5'-AGAACAGGGTTTGTTAAGATGGC-3';
[0074] MT3243-R (SEQ ID NO.4 in the sequence listing):
[0075] 5'-GTTTTAAAGTTTTATGCGATTACCG-3'
[0076] The 5' of primer MT3243-R was labeled with biotin.
[0077] The PCR amplification program is:
[0078] ①94°C, 5min; ②94°C, 20s; ③55°C, 20s; ④72°C, 20s; the cycle number of steps ② to ④ is 40; ⑤72°C, 10min.
[0079] 3. Load the PCR products into the pGEM-T vector respectively. Because the end of the PCR product has a protruding A, and the pGEM-T ...
Embodiment 2
[0099] The application of embodiment 2 detection standard substance and regression equation in detection
[0100] After the standard product and regression equation were prepared, we applied it to the quantitative detection of the mitochondrial A3243G heterozygous mutation rate in the peripheral blood samples of patients with early-onset diabetes.
[0101] 1. Method
[0102] 1, extract DNA from patient's peripheral blood, method is the same as embodiment 1;
[0103] 2. Use the method of gel electrophoresis to detect the quality of the extracted DNA, and use a spectrophotometer to measure the concentration of the DNA;
[0104] 3. Dilute the detected DNA to 50ng / μL with TE;
[0105] 4. Using amplification primers MT3243-F and MT3243-R to pair, amplify the DNA sample of the patient, and the amplification procedure is the same as in Example 1;
[0106] 5. After the PCR amplification product is identified by electrophoresis, pyrosequencing is carried out using the pyrosequencing...
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