Knockin Rats

Cyagen's knockin rats provide targeted genetic alterations to meet complex research demands, encompassing everything from point mutations to large-fragment knockins. These rats are invaluable for modeling human diseases and studying gene function, offering robust, study-ready cohorts that accelerate the pace of preclinical research.

Precision Engineering

Count on precise genetic alterations for reliable results.

Diverse Strain Availability

Access strains such as SD, Wistar, LE, F344, Norway, Lewis, and more.

Guaranteed Results

Get animals or your money back.

Overview

Workflow

FAQs

Overview

Advanced Knockin Rat Models

At Cyagen, we harness the precision of targeted gene editing technology to create knockin rats that offer unparalleled accuracy in genetic modifications. Our services extend from simple point mutations that simulate human genetic disorders to the insertion of reporter genes like EGFP or mCherry at specific loci. These modifications enable researchers to track gene expression dynamically or replace endogenous rat genes, providing insights into gene functionality and disease mechanisms.

Trust Cyagen for your advanced research needs in gene function and disease modeling. Our knockin rat models are specifically designed to facilitate sophisticated genetic studies, offering modifications up to 20kb with guaranteed fidelity and reproducibility.

Explore Ready-to-Use Mouse Models

Discover over 18,000 validated mouse strains—including knockout, conditional knockout, and humanized models—covering 20+ research areas such as oncology, neurology, and metabolism. All models are supported by detailed genotype data and guaranteed quality, helping you fast-track discovery with confidence.

What Services Are Offered for Knockin Rats

Targeted Gene Editing

AI-enhanced HDR technology for precise in vivo genome engineering

Rodent Breeding

Scalable colony expansion with full genotyping support

Cryopreservation & Recovery

Preserve and revive rodent strains on demand

Rodent Phenotyping

Full-spectrum analysis for rodents model

Neuroscience CRO Platform

Validated CNS models with behavioral and molecular efficacy data

Cardiometabolic CRO Platform

IND-ready studies using genetic and induced disease models

Workflow

Workflow and Delivery

Our refined workflow ensures the precise and timely creation of knockin mouse models tailored to your research specifications. Utilize our advanced TurboKnockout® and Targeted Gene Editing technologies to achieve unparalleled accuracy and efficiency in gene targeting, facilitating faster transitions from design to delivery.

Targeted Gene Editing Technology for Knockin Mice at Any Locus

Explore the versatility of Cyagen’s Targeted Gene Editing technology for creating large-fragment and conditional knockin rat models. This advanced method allows for precise genetic modifications at any locus, making it ideal for broad applications, including disease modeling and functional genomics.

Stage	Description	Turnaround Time
Strategy Design	Develop a nuclease-mediated strategy tailored to your gene of interest, including gRNA and donor vector design.	1-4 days
Vector Construction	Construct the knockin vector based on client-approved strategy. Where needed, efficacy tests in cell culture can be conducted.	6-8 weeks
Targeted Gene Editing Injection	Co-inject ribonucleoprotein (RNP) and the donor vector into fertilized mouse eggs, and implant to obtain founders.	SD: 8-12 weeks, Long Evans: 10-16 weeks
Founder Screening	Screen pups by PCR to identify those with successful knockin or floxed modifications. Where needed, Sanger sequencing can be conducted.	2-4 weeks
Breeding Founders	Breed the founders to wildtype rats and genotype their offspring to ensure transmission of the knockin allele.	12-16 weeks
Southern Blotting (Optional)	Confirm integration and copy number of the knockin fragment in founders or F1 progeny.	2-4 weeks

Note:

Standard services facilitate modifications up to 2kb. Projects requiring larger fragments may involve additional costs and extended timelines.
We primarily use SD and Long Evans rat strains, with options for customization.

Targeted Gene EditingTechnology for Knockin Rats at ROSA26/H11 Locus

Delve into our specialized Targeted Gene Editing technology optimized for targeting the ROSA26/H11 locus in rats. Known for its reliability as a safe harbor site, this method ensures consistent and stable expression of transgenes without disrupting endogenous gene function.

Stage	Description	Turnaround Time
Strategy Design	Develop a nuclease-mediated strategy tailored to your gene of interest, including gRNA and donor vector design.	1-4 days
Vector Construction	Construct the ROSA26/H11 knockin vector based on client-approved strategy. Where needed, efficacy tests in cell culture can be conducted.	4-6 weeks
Targeted Gene Editing Injection	Co-inject ribonucleoprotein (RNP) and the donor vector into fertilized mouse eggs at the ROSA26/H11 locus, followed by embryo implantation to obtain founders.	SD: 8-12 weeks, Long Evans: 10-16 weeks
Founder Screening	Screen pups by PCR to identify those with successful knockin at ROSA26/H11 locus. Where needed, Sanger sequencing can be conducted.	2-4 weeks
Breeding Founders	Breed the founders to wildtype rats and genotype their offspring to ensure transmission of the knockin allele.	12-16 weeks
Southern Blotting (Optional)	Confirm knockin integration and gene copy numbers in founders or F1 progeny.	2-4 weeks

Note:

Standard services facilitate modifications up to 2kb. Projects requiring larger fragments may involve additional costs and extended timelines.
We primarily use SD and Long Evans rat strains, with options for customization.

Targeted Gene Editing Technology for Point Mutation Rats

Leverage our Targeted Gene Editing technology for precise point mutation in rats, ideal for modeling specific genetic disorders and studying gene function at the nucleotide level. This technique provides a high degree of accuracy in introducing targeted mutations that replicate human disease conditions.

Stage	Description	Turnaround Time
Strategy Design	Develop a nuclease-mediated strategy tailored to your gene of interest, including gRNA and donor oligo design.	1-4 days
Vector Construction	Construct vectors expressing the necessary nucleases and the oligo donor template; Where needed, efficacy tests in cell culture can be conducted.	3-4 weeks
Targeted Gene Editing Injection	Co-inject ribonucleoprotein (RNP) and the donor oligo into fertilized mouse eggs, and implant to obtain founders.	SD: 8-12 weeks, Long Evans: 10-16 weeks
Founder Screening	Screen pups by PCR and Sanger sequencing to identify those with the correct point mutation knockin.	2-3 weeks
Off-Target Analysis	Analyze potential off-target effects to ensure specificity of the gene edit.	1-2 weeks
Breeding Founders	Breed the founders to wildtype rats and genotype their offspring by PCR and Sanger sequencing to ensure transmission of the knockin allele.	12-16 weeks

Note:

Turnaround times exclude institutional approval processes or shipping.
Our primary focus is on SD and Long Evans strains, but alternative strains can be accommodated on request.

FAQs

What Customers Say About Cyagen

Violet Shimmer

Stanford University

The service provided to us by Cyagen is now in press at Nature as an article.

Scarlett Rouge

Seattle Children’s Hospital

We are very pleased with the state-of-the-art professional transgenic services provided by Cyagen for our study published recently in Nature. We continue to use Cyagen’s transgenic services as it allows us to do better and more efficient research with transgenic mice.

Connect with our experts for your custom animal model needs. Please fill out the form below to start a conversation or request a quote.

Cyagen values your privacy. We’d like to keep you informed about our latest offerings and insights. Your preferences:

Yes, I want to receive updates on products, services, and events from Cyagen.

You may unsubscribe from these communications at any time. See our Privacy Policy for details on opting out and data protection.

By clicking the button below, you consent to allow Cyagen to store and process the personal information submitted in this form to provide you the content requested.