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NEB PCR Cloning Kit (Without Competent Cells) – 20 rxns

Brand:

New England Biolabs

Easy cloning of all PCR products, including blunt and TA ends

  • In vitro transcription with both SP6 and T7 promoters
  • BsaI-site removed from the ampicillin-resistant gene (allows for the cloning of Golden Gate Assembly modules)
  • Fast cloning experiments with 5-minute ligation step
  • Simplified screening with low/no colony background and no blue/white selection required
  • Save time by eliminating purification steps
  • Flanking restriction sites available for easy subcloning, including choice of two single digest options
  • Provided analysis primers allow for downstream colony PCR screening or sequencing
  • Ready-to-use kit components include 1 kb control amplicon, linearized cloning vector and single-use competent E. coli
  • Longer shelf life (12 months), as compared to some commercially available products
  • Also available with competent cells

Q5 Site-Directed Mutagenesis Kit (Without Competent Cells) – 10 rxns

Brand:

New England Biolabs

The Q5® Site-Directed Mutagenesis Kit (Without Competent Cells) enables rapid, site-specific mutagenesis of double-stranded plasmid DNA in less than 2 hours.

  • Non-overlapping primer design ensures robust, exponential amplification, generating a high percentage of desired mutations from a wide range of templates
  • Intramolecular ligation and transformation into NEB high-efficiency competent cells results in high colony yield
  • Extremely low error rate of Q5 Hot Start High-Fidelity DNA Polymerase reduces screening time
  • Hot start polymerase enables room temperature reaction setup
  • DpnI background reduction permits a wide range of starting template concentrations
  • Use of standard primers eliminates additional expenses from phosphorylated or purified oligos
  • Easy-to-use PCR master mix and unique multi-enzyme KLD mix offer convenience and quality
  • Rapid and direct treatment step proceeds at room temperature in 5 minutes
  • Allows the use of any chemically-competent E. coli cells suitable for cloning
  • Use NEBaseChanger to generate primer sequences and an annealing temperature