Denaturation method of sequencing reaction product for Sanger method
A sequencing reaction and product technology, applied in the field of denaturation of sequencing reaction products, can solve problems affecting sequencing quality, multi-time cost, labor cost, and consumption
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[0032] The preparation and purification methods of the sequencing reaction products are summarized as follows:
[0033] 1. Use the pre-designed primers for amplifying the target fragments, and use human genomic DNA as a template to carry out PCR reaction under certain conditions to amplify a large number of target fragments.
[0034] 2. Use enzymatic hydrolysis to remove the primers and dNTPs in step 1 to facilitate the preparation of subsequent sequencing products.
[0035] 3. Use single-stranded sequencing primers, buffer, BigDye and the enzymatic hydrolysis product in step 2 to obtain single-stranded DNA with ddNTPs of different sizes.
[0036] 4. Use 125mM EDTA solution, 3M sodium acetate solution (pH 5.2), and 75% ethanol to remove impurities in step 3 to obtain single-stranded DNA with ddNTPs of higher purity and different sizes.
[0037] 5. Hydrogen chains may be formed between single-stranded DNA with ddNTPs of different sizes, which can be separated by high-temperatu...
Embodiment 1
[0038] Embodiment 1 is used for the denaturation method of the sequencing reaction product of Sanger method
[0039] In the prior art, the sequencing reaction products based on the Sanger method are denatured at high temperature first, and then cooled in an ice bath, which requires the use of a large number of PCR instruments or water baths, which wastes a lot of ice cubes and may generate some harmful gases, which costs more Shortcomings such as time and manpower, according to the characteristics of the reagent HiDi, this embodiment uses the existing instruments in the laboratory to be directly sequenced on the machine after shaking, which reduces the generation of harmful gases caused by operating links and high temperatures, and saves operating time and unnecessary Waste of necessary manpower and material resources. The specific method is as follows:
[0040] Add 10 μL of HiDi to the sequencing reaction product in the 96-well plate (about 30 ng of DNA in each well after na...
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