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The Cas9-Dead-NLS protein is catalytically inactive ("dead") due to the D10A and H840A substitutions. Thus Cas9-Dead-NLS binds to DNA, but does not modify it. This property allows specific genomic targeting, e. g. to block transcription....
From €245.70
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The Cas9-Dead-NLS-EGFP protein is catalytically inactive ("dead") due to the D10A and H840A substitutions. The NLS is followed by a C-terminal enhanced green-fluorescence protein (EGFP) sequence. The EGFP-tag offers many application...
From €270.90
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Cas9-Nickases, mutant forms of the Cas9 protein, only cleave the strand complementary to the gRNA, generating a nick in the double-stranded (ds)DNA. Therefore, Cas9-Nickases need to be complexed with two different gRNAs, targeting...
From €245.70
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The Genaxxon Cas9-NLS represents the wild-type Cas9 nuclease from S. pyogenes , fused with a C-terminal NLS. Currently, the best-established Cas9 protein in the field with most publications. Cas9-NLS (CRISPR associated protein 9) is an...
From €234.00
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This innovative Cas9 nuclease is composed of a Cas9 sequence from Streptococcus pyogenes followed by a nuclear-localization sequence (NLS) and a C-terminal enhanced green fluorescent protein (EGFP) tag. Similar to Cas9-NLS-tagRFP > the...
From €270.90
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Hint!
Cas9-NLS-tagRFP is another innovative Cas9 nuclease where the NLS is followed by a C-terminal tag red-fluorescent protein (tagRFP) sequence. The transfection efficiency of Cas9-NLS-tagRFP is as high as for the untagged Cas9-NLS nuclease,...
From €270.90
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The esiCRISPR Kit applies the CRISPR/Cas9 technology to generate knockouts or knock-ins. For knockouts, no additional components are required. For knock-ins, which are based on homology-directed repair, the user must simply add a DNA...
€577.50
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