gRNA and WT SpCas9 co-expression plasmid: pLentiCRISPR v2 CAPN6

   Reference Sequence     View the backbone

pLentiCRISPR v2 CAPN6

Cat. No.:
MC_0053014
Availability:
4 µg of lyophilized plasmid
(1 µg for low-copy plasmid)
Price:
$99
  • General
  • Specification
  • Comments (0)
  • Keywords CRISPR
    Gene Targeted CAPN6
    Gene Target Sequence GACTTGTTGCCCACCATTAA
    Species H. sapiens (human)
    Description The following gRNA sequence is designed by Feng Zhang’s laboratory at the Broad institute to uniquely target the indicated gene within the human genome. The gRNA sequence is for use with WT SpCas9, or as crRNA for use with WT SpCas9 protein, to introduce a DSB for genome editing. The sgRNA sequence was validated by Feng Zhang’s research.
    Vector Backbone pLentiCRISPR v2
    Selectable Marker Puromycin
    Reference Sanjana N.E., Shalem O., Zhang F. Improved vectors and genome-wide libraries for CRISPR screening. Nat Methods (2014) 11(8): 783-4.
    Plasmid Copy High Copy
    Bacterial Resistance Ampicillin
    Growth Strain Stbl3
    Growth Temperature 37°C
    Plasmid Size (bp) 13013
    Gene/Insert Name CAPN6
    Gene/Insert Sequence

    GACTTGTTGCCCACCATTAA

    Customers who viewed this item also viewed:

    pCas

    Constitutive expression of Cas9 together with inducible expression of lambda RED and sgR

    pLentiCRISPR v2 ATP4B

    The following gRNA sequence is designed by Feng Zhang’s laboratory at the Broad institute to uniquely target the indicated gene within the human genome. The gRNA sequence is for use with WT SpCas9, or as crRNA for use with WT SpCas9 protein, to introduce a DSB for genome editing. The sgRNA sequence was validated by Feng Zhang’s research.

    pLentiCRISPR v2 BBX

    The following gRNA sequence is designed by Feng Zhang’s laboratory at the Broad institute to uniquely target the indicated gene within the human genome. The gRNA sequence is for use with WT SpCas9, or as crRNA for use with WT SpCas9 protein, to introduce a DSB for genome editing. The sgRNA sequence was validated by Feng Zhang’s research.
    #[first_name]
    #[create_date]
    #[comment]
    Reply(#[reply_num])
    #[like_num]
  • #[first_name]
    #[create_date]
    #[comment]
    Reply
    #[like_num]