Anti-DLG1 (clone 32E1G2E) SynExpress SP-BF-ER-X Cytokine-Induced T cells

CAT#: ITS-1224-CR2096
Clone: 32E1G2E
Host: Mouse
Cell Source: Cytokine-Induced T cells
Species Reactivity: Dog; Human; Mouse; Rat
Connector Fragments: SP6-BFP-ER-XbaI
Carrier Type: Retrovirus
Description
This product utilizes Cytokine-Induced T cells that have been engineered with our proprietary GeneCircuit technology to specifically target DLG1 (clone 32E1G2E). We employs the Retrovirus (SP6-BFP-ER-XbaI) vector components and the SynExpress system of the Single base pair Knockout/Balancing feedback for a robust and sustained response against cancers.
Host
Mouse
Target
DLG1
Clone
32E1G2E
Species Reactivity
Dog; Human; Mouse; Rat
Cell Source
Cytokine-Induced T cells
Sensor Gene
BFP
Promoter
SP6
Effector Gene
ER
Insertion Sites
XbaI
Gene Modification
Knockout
Modification Domain
Single base pair
Carrier Type
Retrovirus
Transformation Accuracy
0.92
Cell Culture
Adherent Culture
Target
DLG1
Alternative Names
DLG1; DLGH1; SAP-97; SAP97; dJ1061C18.1.1; hdlg; B130052P05Rik; E-dlg/SAP97; mKIAA4187; discs large homolog 1; scribble cell polarity complex component; discs large MAGUK scaffold protein 1
Gene ID
Q12959(Human); Q811D0(Mouse); Q62696(Rat)
UniProt ID
1739(Human); 13383(Mouse); 25252(Rat)
Format
Lyophilized/Liquid
Shipping
All cell products are transported using dry ice, or specialized refrigerated containers to ensure that their temperature remains within an appropriate range. For cell products that are particularly sensitive to temperature, transportation must be carried out in liquid nitrogen tanks to ensure the quality and viability of the products.
Handling Advice
Handle cells in a sterile environment to prevent contamination. Use aseptic techniques when transferring to new media or containers. Follow biosafety regulations for disposing of cell waste.
Storage
Keep cell products in the designated temperature range (usually liquid nitrogen or -80°C) to maintain viability.
For Research Use Only | Not For Clinical Use
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