ABOUT
Cyagen
Founded in 2006, Cyagen is a global provider of genetically modified rodent models and innovative cell and gene therapy solutions for research and development (R&D), including: disease model development, AAV discovery, drug efficacy studies, and more.
The company has established extensive cooperations with scientists and institutions in more than 100 countries, leading to the publication of over 6,300 academic articles, many of which were in the three major journals of CNS (Cell, Nature, Science). From its robust foundation in animal model development, to implementation of artificial intelligence (AI)-powered tools for data analysis and therapeutic discoveries, Cyagen provides one-stop solutions for accelerating basic research and new drug R&D with our unique offering of models, data, algorithms, and services.
One-Stop Solutions for All Research Model Needs
Our comprehensive services cover the entire process of model generation: from transgenic/gene targeting strategy design, through model development, breeding, cryopreservation, and phenotype analysis. Our CRO service platforms provide everything required for drug discovery and preclinical research, including specialty cell and gene therapy (CGT) therapeutic areas, such as ophthalmology, immuno-oncology, and neuroscience.
Cyagen Knockout Catalog Models: Extensive KO/cKO Mouse Strain Library Resource
The Cyagen Knockout Catalog Models repository provides a searchable listing of over 16k mouse strains in more than 20 research fields, including oncology, cardiology, and neurology. You can quickly query the required genetically engineered global knockout (KO) mouse, conditional knockout (cKO/floxed) mouse and microRNA KO mouse strains by simply entering the gene name. The powerful database offers you a more convenient experience by streamlining the process of identifying KO mouse models and ordering them for research.
Cyagen subdivides different mouse models into applied research fields and provides detailed information about the backgrounds and associated applications of the models to help simplify the model selection process.