Protocols

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  1. Experiments on the preparation of denaturing templates for sequencing by double deoxy chain termination method The following method of denaturing plasmid DNA by base denaturation should be used in conjunction with Scheme 3, as sequencing enzymes are used to catalyze the
  2. Experimental double deoxy sequencing reaction with T7 phage DNA polymerase This protocol is modeled after the method of Tabor and Richardson (1987a, 1989b, 1990), which uses a single-stranded DNA template for DNA sequencing (for single
  3. Inoue method experiments for the preparation and transformation of susceptible Escherichia coli (preparation of super-susceptible cells) Inoue's method (1990) for the preparation of E. coli receptor cells is good enough to achieve even the transformation efficiency of Hanahan's method (1980). How
  4. Preparation of electrolyte gradient gel experiment Sheen and Seed (1980) created a clever and simple improvement by utilizing different concentrations of electrophoresis buffer at the top and bottom to create an
  5. In vitro mutagenesis using double-stranded DNA as a template: mutant selection experiment with DpnⅠ This scheme and Scheme 4 use two oligonucleotides and high-fidelity polymerase to guide DNA synthesis using denatured plasmid DNA as a template. In this scheme,
  6. Electroshock transformation experiments in Escherichia coli Electroshock transformation experiments in E. coli can be used for: easier and faster transformation.
  7. Oligonucleotide-directed single-stranded DNA mutagenesis experiments This paper describes a classic protocol consisting of the double primer technique of Zoller and Smith (1984,1987) combined with Kunkel's mutant yield enrichment
  8. Uracil-containing single-stranded phage M13 DNA preparation experiments The classical Kunfcel oligonucleotide-directed mutagenesis method utilizes the selective action of uracil DNA glycosylase in E. coli to specifically screen out
  9. Sampling and DNA sequencing DNA sequences can be enzymatically or chemically degraded to produce a series of sets of DNA fragments that can be resolved by thin-layer denaturing polyacrylam
  10. Chemical sequencing assay experiment The importance of chemical sequencing has always been demonstrated by obtaining sequences of oligonucleotides, functional analysis of transcriptional regulatory
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