|Rapid turnaround time||Over 5,000 strains of cKO mouse models, as fast as 7 weeks|
|Competitive prices||ONLY $12,000/strain|
|High quality||100% gene conditional knockouts|
|Easy to purchase||Order your desired cKO mice with just a few clicks|
Since we launched CRISPR-AI Knockout Mouse Sperm Bank in 2017, Cyagen has successfully cryopreserved over 10,000 KO mouse strains, covering 90% of hot gene.
As it is the beginning of Fall semester, Cyagen has launched the CRISPR-AI cKO Mouse Sperm Bank. Similar to KO Sperm Bank, this new breakthrough allows us to recover conditional knockout mice from cKO sperms in as fast as 7-9 weeks. To ensure that the animals don't have any breeding problems, we'll breed the recovered cKO mice with WT mice and deliver their offspring to you. All that cost drops to $12,000/strain.
Leave your work for us! All you have to do is to search the strains you need and submit your requests to us!
● Promotion period: November 1, 2019 - December 31, 2019
● Eligibility: End clients in Asia Pacific, excluding Japan
|Service||Deliverables||Turnaround Time||Price (USD/Strain)|
|Live KO mice||
One pair of KO mice
one male, one female
|As fast as 2 weeks||$2,599|
|Live KO mice||
Two pairs of KO mice
two males, two females
|As fast as 2 weeks||$3,599|
|Knockout mice||≥3 CRISPR-AI KO mice||7-9 weeks||$5,999|
|Conditional knockout mice (Cryopreserved sperms)||≥3 CRISPR-AI cKO mice||7-9 weeks||$12,000|
Search for Your Desired Strains Now!
Order conditional knockout mice, you can also visit https://korea.cyagen.com/services/crispr-knockout-mouse-sperm-bank.html to find your desired strains and submit the request to us.
Sorry. The product your desired may be still under construction. Please submit the request to us, or contact us by email at firstname.lastname@example.org or by phone at 86 20-31601779 to inquire about the price and availability of your desired strain.
Highlights of CRISPR-AI Conditional Knockout Mouse Sperm Bank
Nature PMID: 30944474 (2019)
Immunity PMID: 30770248 (2019)
Immunity PMID: 30635237 (2019)
Nat Genet 50:504-509 (2018)