We design, construct, and deliver custom reagents or genetically edited zebrafish optimized to your specifications. Choices of genome editing methods are CRISPR and Tol2. More importantly, we collaborate with our clients on project design to ensure transparency in the genome editing process and to guarantee that they receive the transgenic best suited for their experiments.
- Before you start your project: Consultation with our genome engineering design experts to build the exact custom transgenic you need for your research.
- During your project: Bi-weekly updates about the progress made on your project from our team of genome engineers. Key milestones will be noted.
- After your project: Receive a validation report that describes the details of your genome edit and shows the evidence that the desired edit was made.
Service Packages and Process
We offer a variety of service packages to fit the needs and budget of your lab. Choices range from the fast, affordable Custom Injection Mix to the comprehensive Full Build service package, allowing you to customize the components you need to accomplish your gene editing goals.
|Build Type||Project Steps|
|Step 1: Design||Step 2: Reagent Building||Step 3: Injection Mix Preparation||Step 4: Injections||Step 5: Clutch Verification||Step 6: Germline Verification|
|Custom Injection Mix|
Study your gene’s function by deleting, mutating, or replacing endogenous content via CRISPR/Cas9 gene editing technology.
Tag your gene at the endogenous locus with a fluorescent protein for visualization or with an immunotag for biochemical studies via CRISPR/Cas9 gene editing technology.
Express your favorite gene under a specific promoter, make a Cre recombinase line, or a transcriptional reporter. All projects use Tol2 technology.
Custom Injection Mix
A low cost alternative allows you to utilize your in-house strain to build your new animal model. Available in CRISPR and Tol2 options.