Service Steps

Full Service

From concept to experimental reality, ingenious has delivered mouse models

that have advanced the research of over 900 laboratories worldwide.

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Full Service Model Creation

If you can think it up, we can knock it out (or in)!

Based on your requirements, ingenious will generate a customized mouse model with a specifically modified gene in one of our proprietary high performing embryonic stem (ES) cell strains or via CRISPR injection. With over 19 years of experience in both the pharmaceutical industry and academia, full service projects with ingenious are the most reliable and economic approach to creating genetically modified mouse models.

CRISPR-BASED MOUSE MODELS

CRISPR gene editing is an exciting technology that clients can utilize to generate mouse models for their research. For your custom project, we can use CRISPR by microinjection, depending on your scientific parameters. Please contact one of our scientific professionals to determine which technology is the most appropriate strategy for your custom model.

ES cell based mouse models

ES cell based mouse models are the gold standard for the most accurate and reliable models. From the moment you contact one of our scientific professionals, a thorough assessment of the risks and benefits for the mouse model that you wish to generate along with an accurate timeline as well as costs will be provided. We take the time to outline all potential options so you can make an educated decision on which strategy might best fit your needs.

When working with ingenious, the following service steps are performed:

Project Evaluation and Initiation

Together we carefully evaluate your needs and research goals and translate them into personalized project parameters for your particular mouse model.
Before a project is initiated, the gene of interest is thoroughly evaluated at no extra cost, and all potential strategies are discussed with you to determine which strategy would best fit your experimental objectives.

Vector Creation
  • Complete bioinformatics analysis of gene structure and sequence content.
  • Technical review of any previous targeting history of the gene of interest.
  • Presentation of all relevant targeting strategies that meet your experimental objectives.
  • Screening strategy design for PCR and Southern blot analysis.
  • Confirmation of genomic BAC clone containing the target gene.
  • Cloning and confirmation of homology arms.
  • Insertion and confirmation of the Neomycin selection cassette flanked by FRT and/or loxP sites.
  • Engineering/confirmation of specific mutations/deletions/insertions according to the project specifics.
  • Sequencing of targeting vector.
  • Linearization of DNA for electroporation.
Electroporation and Tissue Culture
  • Culture and expansion of ES cells.
  • Electroporation of ES cells with targeting vector.
  • Positive/negative selection of ES cells.
  • Isolation of 200-300 ES cells per electroporation.
  • Duplication and freezing of ES cells.
  • Isolation of DNA for screening of ES cells.
Screening
  • PCR and Southern blotting for identification and confirmation of positive clones.
  • Genomic stability of ES cell clones is assessed by determining the percentage of euploid cells to ensure that ES cells of high genomic stability are used for injection and mouse production.
  • Expansion of positive ES cell clones and preparation for microinjection.
Injection
  • Preparation of embryos and foster mice.
  • Microinjection of targeted ES clones into blastocysts or laser assisted injection of 8-cell stage embryos.
  • Implantation of blastocysts/8-cell embryos.
Animal Husbandry and Confirmation of Germline Transmission
  • Maintenance and care of recipient females and subsequent weaning of chimeras.
  • Breeding of male chimeras with C57Bl/6N wild type females.
  • Weaning of the F1 generation.
  • F1 Genotyping via tail biopsy and DNA extraction.
  • PCR analysis and confirmation of project specific modifications as well as Neo deletion and absence of FLP transgene.
After You Receive Your Mice

Full projects with ingenious take you from concept to mice and our post project support services take you the rest of the way. Our team of experts, utilizing proprietary prediction and modeling software, can generate the cohorts you need for your experiments within timelines and cost that best fit your lab. Our cryopreservation services help you protect your investment in generating your mouse lines.



Recent Client Publications!

Congratulations to our Clients Congratulations to our Clients Dr. Douglas Gould from UCSF School of Medicine, Dr. Ichizo Nishino from National Institute of Neuroscience, Japan, & Dr. Jian-xing Ma from University of Oklahoma Health Sciences Center. Their research and publications included the use of conditional knockout models, and point mutation knockin mouse models from ingenious. They now are among the hundreds
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Gene Therapy and Usher Syndrome

The Promising Results in Using Gene Therapy to Treat Usher Syndrome Patients Gene therapy has advanced considerably in recent years, due particularly to mutant mouse models genetically modified to mimic the effects of health problems like deafness and help test effective treatments. Various studies published this February in Nature Biotechnology showed the progress researchers have
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Breakthrough in CRISPR Technology

A Breakthrough Step to a More Accurate and Targeted Use of the CRISPR Gene Editing Tool Despite the many revolutionary breakthroughs that scientists have obtained with the CRISPR gene editing tool, there have been many difficulties when it came to limiting its reach and preventing accidental gene alteration. This is about to change due to
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“I worked with ITL on the generation of a conditional knockout mouse strain for a complex gene. I have been very impressed by their flexibility and their efficiency in completing each steps with no delays. I’m glad to share this experience and highly recommend ITL’s services.”

-Frédéric Marmigère, PhD