Protocols

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  1. Screening experiments of intermediate cell clones by hybridization method This method is applicable to bacterial clones of any size, but small clones give the clearest results. Small clones produce sharp hybridization signals and are
  2. Screening experiments of small quantities of bacterial clones by hybridization method Bacterial clones on the main agar plate and on a nitrocellulose filter membrane or nylon membrane covering the surface of another agar plate can be localized, a
  3. Single-strand conformational polymorphism and heteroduplex analysis methods for mutation detection experiments The purpose of sinister mutation testing is mainly for figuring out the molecular mechanisms of human hereditary diseases in order to effectively target these d
  4. Screening of fixed-point mutagenesis recombinant cloning experiments by hybridization with radiolabeled oligonucleotides This protocol mainly describes the screening of recombinant phage M13 clones, whereas one option is to screen bacterial clones containing phage particles. Final
  5. Screening experiments of large numbers of bacterial clones by hybridization methods This method was reported by Hanahan and Meselson (1980, 1983) and is primarily used to treat bacteria transformed by plasmid cDNA libraries. A mixture of transf
  6. Rapid isolation of mammalian DNA Mammalian DNA prepared according to this protocol is approximately 20-50 kb and is suitable for use as a template for PCR reactions. the DNA yield varies betwee
  7. Southern blotting (DNA transfer from one agarose gel to two membranes simultaneously) DNA can be transferred from both sides of the agarose to both membranes simultaneously. This method is useful when the same restriction endonuclease fragment ne
  8. Purification of RNA from tissues and cells by acid phenol-guanidine thiocyanate-chloroform extraction The cellular RNAase should be inactivated as soon as possible during the first stage of the extraction process. Once the endogenous RNAase is destroyed, the pos
  9. Screening poly (A)+ RNA by batch chromatographic methods When working with many RNA samples or working with small amounts of total mammalian RNA (<50 μg), a batch chromatography method with oligo (dT)-cellulose is
  10. Ribonuclease protection (mapping of RNA with ribonuclease and radiolabeled RNA probes) Ribonuclease protection analysis is used to measure the abundance of specific mRNAs and to map their topological heterogeneity. This method involves hybridizati
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