Knockout Mouse Catalog | Cyagen APAC
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TurboKnockout® Conditional Knockin Mice No Price Increase for Service Upgrade As low as $20,000

To verify the expression of conditional knockin (cKI) mice under normal conditions, the Flox knock-in mice needs to mate with a Cre line to remove the Stop-signal, generating mice that should express the knock-in across the tissues (specified by Cre). If the resulting expression is not as expected, the model will need to be reconstructed - which takes significant time, effort, and resources. The TurboKnockout® gene targeting technique from Cyagen can provide a rapid warning mechanism for early expression verification. When constructing the vector, tag proteins such as Flag or eGFP/mCherry are inserted into the over-expressed genes. After obtaining the ES clones with correct targeting, blastocyst injection will be performed, and ES cells will be subjected to Western Blot to verify the expression of the tag protein. Moreover, compared with CRISPR/Cas9-based techniques, TurboKnockout® is free of patent disputes - making it the technique of choice for new drug development projects. For consultation and order, Please call 86 20-31601779 or email service-apac@cyagen.com.

● Promotion period: March 10th 2020 - April 30th 2020
● Eligibility: End clients in South Korea, Australia, New Zealand. Other regions, please contact us.
Service Deliverables Turnaround Time Promotion Price(USD/Strain)
TurboKnockout® Conditional Knockin Mice (Rosa26 locus) +WB tag verification at cell level 4 TurboKnockout® Mice 6-8 months $20,000
TurboKnockout® Conditional Knockin Mice (Rosa26 locus) + Breeding + WB tag verification at cell level 4 Tissue-specific expressing heterozygotes + 4 Flox heterozygotes 7-9 months $23,000
TurboKnockout® Conditional Knockout Mice + Breeding 2 pairs of cKO homozygotes + 2 pairs of Flox homozygotes 11 months $26,000

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TurboKnockout® Service Advantages

No price increase for service upgrade

We provide the additional services such as Western Blot tag verification at the cell level, such early expression verification is more cost-effective.

No off-target effects

TurboKnockout® is based on traditional ES cell targeting techniques; it can be used for complex gene knockouts, providing models with accurate genetic modification, 100% germ line transmission, and no off-target effects.

No risk of patent infringement

Compared with CRISPR/Cas9 techniques, TurboKnockout® is free of patent disputes and is the technique of choice for new drug development projects.

Early warning for worry-free models

TurboKnockout® gene targeting technology can provide a rapid warning mechanism for expression verification. When constructing the vector, tag proteins such as Flag or eGFP / mCherry are inserted into the over-expressed genes. After obtaining the ES clones with correct targeting, blastocyst injection will be performed, and ES cells will be subjected to Western Blot verification to detect the expression of the tag protein. Double verification can provide the best assurance for achieving the desired expression.

Shorter turnaround

Founders as fast as 6 months thanks to two innovations that eliminate two generations of breeding: 1) super competent ES cell line generates 100% ESC-derived founders, avoiding the ‘chimera’ phase; and 2) a self-removing Neo selection cassette that circumvents the need to breed to Flp deleter mice.

Independent property rights

Customers own all independent property rights.

Total publications citing Cyagen: 3,400
Reducing Hypothalamic Stem Cell Senescence Protects against Aging-Associated Physiological Decline.
Cell Metabolism PMID: 32004475 (2020) IF=22.415
Oxytocin-dependent reopening of a social reward learning critical period with MDMA.
Nature 569:116-120 (2019) IF=41.577
Specific Decrease in B-Cell-Derived Extracellular Vesicles Enhances Post-Chemotherapeutic CD8+ T Cell Responses.
Immunity PMID: 30770248 (2019) IF=19.734
Human CPA1 mutation causes digestive enzyme misfolding and chronic pancreatitis in mice.
Gut 68:301-312 (2019) IF=17.016
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