Model Generation Techniques
Cyagen employs cutting-edge techniques to generate genetically engineered animal models that help accelerate your research. With advanced tools like Turboknockout® gene targeting and ES cell gene targeting, we provide reliable models for a variety of research needs, from basic genetic studies to drug development.
Overview of Model Generation Techniques
Our model generation techniques are the backbone of precision genetics. From Turboknockout® Gene Editing system to traditional gene targeting methods, we use a combination of state-of-the-art technology and scientific expertise to create genetically modified animals that precisely replicate human diseases, ensuring robust data for your research.
Turboknockout Gene Targeting
Fast and efficient knockout model generation with minimal off-target effects.
Targeted Gene Editing
Precision gene modification using advanced gene editing technologies.
Regular Transgenesis
Introduction of foreign genes into mice for studying gene expression and disease.
PiggyBac Transgenesis
Efficient gene insertion using the PiggyBac transposon system for stable integration.
BAC Transgenesis
Insertion of large gene fragments using bacterial artificial chromosomes for complex studies.
Precise Genetic Engineering
Models created with advanced targeted-gene ensuring specific, stable tumor-driving mutations.
Large & Complex Knockins
Supports knockins up to 300 kb for complex genetic modifications.
Rapid Model Generation
Produces gene-edited mouse models in as little as 6-8 months.
Explore Related Solutions
Genetically Engineered Animals
Discover the various genetically engineered models created with our advanced techniques.
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Custom Cell Line Models
Tailored cell lines generated through precise genetic editing.
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Virus Packaging
Learn about our viral vector packaging services for gene therapy and drug delivery.
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Related Resources
Events & Webinars
Life Science Exhibits at Technology Square, Cambridge
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Promotional Campaign
Flash Drop — Ready-to-Ship KO/cKO Mice
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Blogs & Insights
Accelerating Alzheimer's Research Using Advanced iPSC Platforms
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Resource Valut
Development of Fully Human Anti-ACVR2A Antibodies with Enhanced Selectivity and Favorable Pharmacokinetics for Metabolic and Muscle Disorders
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