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Home |Products|iPSC Research|iPSC Lines|ActiCells™ RUO TARGATT™ Hypo hiPSC Knock-in Kit

ActiCells™ RUO TARGATT™ Hypo hiPSC Knock-in Kit

Cat.-Nr.: AST-9650

reprogrammed CD34+ cord blood cells with reduced immunogenicity

Description

ActiCells™ RUO TARGATT™ Hypo hiPSC Knock-in Kit
Rapidly advance your allogeneic development with a hypoimmunogenic iPSC platform that has pre-built TARGATT™ large knock-in technology.

  • Favorable development profile—reprogrammed from CD34+ cord blood cells for reduced immunogenicity and fewer somatic mutations compared to reprogrammed adult cells
  • Hypoimmunogenic—B2M/CIITA double knock-out eliminates expression of HLA Class I and II molecules to avoid recognition by CD8+ and CD4+ T cells
  • Large knock-in ready—quickly add additional immune evasion and disease modifying genes at the reliable H11 safe harbor locus using TARGATT large knock-in technology
  • Excellent differentiation potential—we’ve successfully differentiated the parental line into a number of cell types, including cardiomyocytes, NK cells, T cells, monocytes/macrophages, and endothelial cells
  • Commercialization-ready—genome editing performed with Mad7 for a single, cost-effective license and clear freedom to operate

Overview

Reprogrammed from CD34+ cord blood cells and rendered hypoimmunogenic by knocking out both the β2 microglobulin (B2M) gene and the HLA class II transactivator (CIITA) gene, the ActiCells™ RUO TARGATT™ Hypo hiPSC Knock-in Kit (Cat. # AST-9650) is a fast and reliable way to build your allogeneic cell-based medicine.

Designed to jumpstart your allogeneic development, the ActiCells™ RUO TARGATT™ Hypo hiPSC Knock-in Kit gives you a hypoimmunogenic cell line that is immediately ready for further modification. Knock in additional immune evasion elements to avoid clearance by NK cells, macrophages, and dendrites while also expressing disease-modifying genes. The power of the TARGATT™ platform means you can insert all these genes in a single reaction—up to 20 kb—with additional DNA over 20 kb added in nested reactions.

The other advantage of TARGATT™ technology lies in its placement at the H11 safe harbor locus, which avoids the potential for silencing and harmful random integration that you get with lentivirus and transposon-mediated integration and consistently delivers gene expression.*
ActiCells™ RUO TARGATT™ Hypo hiPSCs will be the research-matching isogenic cell line to the ActiCells™ GMP TARGATT™ Hypo hiPSCs which are in development.
Don’t need TARGATT™ technology? We also offer ActiCells RUO Hypo hiPSCs (Cat.# ASE-9550) as a cell line only product.

Each ActiCells™ RUO TARGATT™ Hypo hiPSCs Knock-in Kit contains sufficient reagents for 3 transfections and includes:

  • AST-9650-C ActiCells™ RUO TARGATT™ Hypo hiPSCs
  • AST-3091 TARGATT™ 46 CAG-MCS Cloning Plasmid
  • AST-3084 TARGATT™ CAG-Integrase Plasmid

Every lot is tested for viability following recovery from cryopreservation, functional pluripotency (formation of the three germ layers), expression of pluripotency markers (OCT4, SOX2, NANOG, SSEA-4, and TRA-1-60), presence of alkaline phosphatase (AP), STR, sterility, and for the absence of mycoplasma and pathogens (CofA available upon request).

 

Contact us for more information!

  • SUPPLIER:

    Applied StemCell

  • STATUS:

    In Stock

  • SIZE:

    kit

  • Overview
  • FAQs

Overview

  • Species: Human
  • Features: cryopreserved, male, TARGATT
  • Product Type: TARGATT Kits
  • iPSC: iPSC control line, iPSC Services
  • Packaging:Kit consists of AST-9650-C, AST-3091, and AST-3084

FAQs

Can I use the TARGATT™ iPSC Master Cell Line for clinical applications?

No, the TARGATT™ iPSC Master Cell Line is for research use only. We offer GMP-grade TARGATT™ iPSCs (AST-9480) for clinical applications.

How was the TARGATT™ iPSC Master Cell Line created?

The TARGATT™ iPSC Master Cell Line is engineered from ASE-9211, a well-characterized, karyotype-normal iPSC line. ASE-9211 was reprogrammed from fibroblasts using episomal reprogramming.

How does TARGATT™ technology compare to other gene insertion methods?

TARGATT™ technology enables highly efficient, single-copy, site-specific integration at the H11 safe harbor locus. Integration is stable and results in long-term expression—advantages that other random or multi-copy insertion methods cannot consistently provide.

What are the best applications for the TARGATT™ iPSC Master Cell Line?

TARGATT™ technology is ideal for: 

  • Reporter knock-in cell lines 
  • Drug discovery screening 
  • Library screening 
  • Large transgene knock-ins for therapeutic studies 

What is the knock-in efficiency of TARGATT™ technology?

TARGATT™ technology provides high knock-in efficiency with stable and site-specific gene integration. After drug selection, efficiency can approach 90%. 

What reagents or materials are required for the TARGATT™ process but not included in the kit?

The following materials are not included and must be procured separately: 

Material Vendor Catalog Number
mTeSR™ Plus
Stem Cell Technologies
05825
Matrigel® hESC-Qualified Matrix
Corning
354277
Rock Inhibitor Y-27632
Segment
04-0012-02
CryoStor® CS10 Freeze Media
Stem Cell Technologies
210102
0.5mM EDTA in PBS
Life Technologies
15575-020
TrypLE™ Express Enzyme (1X)
Gibco
12604013
Neon™ Transfection System Kit
ThermoFisher
MPK10096
Hygromycin
InvivoGen
Antihg-1
Penicillin-Streptomycin (100X)
Gibco
15140-122
Ganciclovir (GCV)
Selleck Chemicals
S1878

If you are using similar or alternative reagents, we recommend ensuring they align with the TARGATT™ culture protocols for optimal results.

How does TARGATT™ ensure minimal off-target effects?

The TARGATT™ system uses a patented serine integrase that specifically recognizes TARGATT attB sites in the cloning plasmid (also referred to as the donor plasmid) and attP sites in the TARGATT landing pad. Because unbound double strand breaks are not created, random integration using the host double strand break repair machinery does not occur.

What is the cargo size capacity of TARGATT™ technology?

TARGATT™ can efficiently insert payloads of 20 kb in a single reaction and larger payloads with nested TARGATT™ landing pads, making the technology suitable for a wide range of genetic engineering applications.

Can I customize the gene of interest for knock-in using TARGATT™?

Yes, the TARGATT™ cloning plasmid allows you to clone and amplify your desired gene of interest for site-specific insertion.

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Link to: Bio-Spun™ Scaffold, 12-well, PDLGA Link to: Bio-Spun™ Scaffold, 12-well, PDLGA Bio-Spun™ Scaffold, 12-well, PDLGA Link to: ActiCells™ RUO Hypo hiPSCs Link to: ActiCells™ RUO Hypo hiPSCs ActiCells™ RUO Hypo hiPSCs
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