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Everything gets better when you work together! Over 10k KO Mouse Models | Delivered as fast as 3 Months

Are you preparing to return to the lab? As you begin to plan your next experiments, Cyagen would like to help everyone bounce back from the COVID-19 lockdown with a unique event for the research community. Through August 25th, we are opening a Global Group Buy for researchers to help each other save up to $3,000 on orders from Cyagen Knockout Catalog Models.

There are three tiers of group buy discounts available - formed by 2, 3, and 5 participants for each knockout (KO) mouse strain available in the Cyagen Knockout Catalog Models. Our searchable repository covers 90% of popular research genes – join an existing group buy or initiate your own to start the savings for your gene(s) of interest!

Cyagen Global Group Buy Event

Our Global Group Buy event aims to unite the buying power of researchers and institutes all over the world. Please follow the instructions below to participate in this exclusive opportunity:

1. Find your desired gene/strain displayed in the area below.
2. Click the “Join” button to submit your application with the required information.
3. Check for the results with our staff after the close of the event.

* Note: This gene is not yet set-up for the group buy, please click “Join” to start a group.

Gene ID Gene Name Product Participants and Promotion Price (USD/Strain) Application
{[ item.gene_id ]} {[ item.gene_symbol ]} {[ val.label ]}
  • 1
  • $8,999
  • $7,999
  • 4
  • $6,999

Promotion Period: August 1st, 2020 - August 25th, 2020

Eligibility: End clients worldwide.

Product Minimum Participants Discount Deliverables Original Price Group Buy Price
Knockout Catalog Mice 2 10%/$1,000 off ≥3 KO Mice $9,999 $8,999
3 20%/$2,000 off ≥3 KO Mice $9,999 $7,999
5 30%/$3,000 off ≥3 KO Mice $9,999 $6,999
Terms and Conditions:
  • 1. The event is only available to those who participate in at least one group by submitting an application form before the deadline.
  • 2. If you want to create a group buy for other genes or strains, please contact us.
  • 3. There are no limits to the number of applications each participant may submit.
  • 4. Prospective clients may choose to participate in both the ‘Global Group Buy Event’ and the ’Win a Free Knockout Model’ savings events, although discounts may not be combined.
    • - a. At the end of the promotion period, clients will be eligible to choose the best discount offer, for which they have qualified, from either savings event.
    • - b. Each savings event may only be applied to one order per customer.
Cyagen’s Advantages


We can recover guaranteed gene knockout mice from cryopreserved sperm, delivering your ready-to-use mice models in the shortest time.


One click to get detailed information and modeling guidance, backed by a powerful database.


Our catalog features gene knockout mice that have been strictly analyzed to ensure 100% positive knockout.

Professional Technical Support:

Cyagen's project management team will regulate the process quality in accordance with your preferences or requirements. For all projects, we provide you with an experimental scheme, up-to-date reports, and post-delivery consultation services - minimizing your time and energy spent on project management.

AAALAC-Accredited and OLAW Assured:

The Cyagen Transgenic Animal Center (CTAC) is AAALAC-accredited and OLAW assured - demonstrating Cyagen's strict adherence to guidelines for the health and welfare of all our animals.
Total publications citing Cyagen 4,000
Commensal viruses maintain intestinal intraepithelial lymphocytes via noncanonical RIG-I signaling.
Nature Immunology PMID: 31636462 (2019) IF=23.53
Inhibition of S-Adenosyl homocysteineHydrolase Induces Endothelial Dysfunction via Epigenetic Regulation of p66shc-Mediated Oxidative Stress Pathway.
Circulation 139(19):2260-2277 (2019) IF=23.054
In Vivo AAV-CRISPR/Cas-Mediated Gene Editing Ameliorates Atherosclerosis in Familial Hypercholesterolemia.
Circulation PMID: 31779484 (2019) IF=23.054
Collaborative interactions of heterogenous ribonucleoproteins contribute to transcriptional regulation of sterol metabolism in mice.
Nature Communications PMID: 32080181 (2020) IF=11.878