Home |  Genomic Engineering | Gene targeting kits - Jaenisch

Purchasing Information
Cat # Description Literature ACA COM Buy
MES4758
Gene targeting kit for inducible expression   $995 $995
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MES4759 Gene targeting kit for constitutive expression   $995 $995
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MES4304
KH2 Mouse Embryonic Stem Cells (Rudolf Jaenisch laboratory)   $500 $500
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MES4305 C2 Mouse Embryonic Stem Cells (Rudolf Jaenisch Laboratory)   $500 $500
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MES4486
pBS31 Vector   $350 $350
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MES4487 pBS31 Prime Vector   $350 $350
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MES4488
pCAGGS-FlpE Vector   $350 $350
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MES4489 Col 3 Prime Probe   $350 $350
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(only clones from MES4489)
MES4490
PGK-ATG-Frt   $350 $350
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(only clones from MES4490)
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Gene targeting kits - Jaenisch
for inducible or constitutive expression of targeted genes
The Rudolf Jaenisch laboratory (MIT), a leader in gene targeting technology, has partnered with Open Biosystems to offer two novel kits for engineering single-copy gene targeted mice.
  • The Gene Targeting Kit for Inducible Expression (MES4758) enables titratable control of the mutant or wild type targeted gene with doxycycline. This kit includes KH2 mouse ES cells and appropriate vectors.
  • The Gene Targeting Kit for Constitutive Expression (MES4759) enables constitutive overexpression of the mutant or wild type targeted gene. This kit includes C2 mouse ES cells and appropriate vectors.
  • All ES cells and vectors may be ordered separately.

Shipping Information:
All kits and kit components are shipped on dry ice.  ES cells should be stored in liquid nitrogen. Vectors should be stored at –80°C.

References:
Beard C, et al. (2006). Efficient method to generate single-copy transgenic mice. Genesis44,
23–28.

Buchholz F, et al. (1998).  Improved properties of FLP recombinase evolved by cycling
mutagenesis. Nature Biotechnology16, 657–662.

Hochedlinger K, et al. (2005). Ectopic expression of Oct-4 blocks Progenitor cell differentiation.
Cell121, 465–477.

Urlinger S, et al. (2000).  Exploring the sequence space for tetracycline-dependent
transcriptional activators:  novel mutations yield expanded range and sensitivity.  Proc.
Natl. Acad. Sci. USA97, 7963–7968.

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