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  1. polymerase chain reaction (PCR) The source of this experiment is "Guide to Molecular Cloning Experiments, Third Edition", translated by Huang Peitang et al.
  2. Introduction of restriction endonuclease sites at the end of amplified DNA products by PCR amplification The source of this experiment is "Guide to Molecular Cloning Experiments, Third Edition", translated by Huang Peitang et al.
  3. Genetic engineering with PCR This protocol (provided by Andereson of the University of Texas Southwestern Medical Center) describes the introduction of restriction endonuclease sites at bot
  4. Application of mRNA reverse transcription amplification of cDNA (RT-PCR) RT-PCR can be used to: (1) construct large-capacity cDNA libraries; (2) identify mutations and polymorphisms in transcribed sequences; (3) measure the intensity
  5. Rapid amplification of cDNA 5' ends (5'-RACE) There is no greater failure in molecular cloning than the isolation of a cDNA clone that lacks the characteristic structure of the sequence at the 5' end of the
  6. Application of mixed oligonucleotide primer-guided cDNA amplification (MOPAC) The best way to clone a protein for which only part of the sequence is known is to design an oligonucleotide using the known amino acid sequence and use this ol
  7. Labeling of DNA by random primer method Using oligonucleotides as primers, DNA polymerase can initiate DNA synthesis along a single-stranded template (Gotilian 1969). If the sequences of the oligonucl
  8. Random priming method (radiolabeling of DNA using random oligonucleotide extensions in the presence of melted agarose) This method can be used for radiolabeling of DNA recovered from low melting point agarose gels (Feinberg and Vogelstein 1983, 1984). This experiment is based on
  9. Preparation of radiolabeled DNA probes using the polymerase chain reaction The source of this experiment is "Guide to Molecular Cloning Experiments, Third Edition", translated by Huang Peitang et al.
  10. Chromosome GTG specimen preparation experiment Non-banded chromosomes are difficult to identify except for some chromosomes based on their morphology, whereas the banding technique allows the appearance of d
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