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What can we help you with

Microinjection

Model Generation

Genetically modified rodent models have become a key tool in basic and biomedical research. The ability to engineer the mouse genome has greatly transformed biomedical research in the last decade. 
Phenotyping

Phenotyping

The genomes of humans, mice and other species have been completely sequenced, yet the knowledge of genome sequences as such does not shed light on questions concerning the functions of these sequences. 

Animal Facility

The Animal Facility Module of the Czech Center for Phenogenomics is based on the latest advances in housing, breeding and care of laboratory mice and rats. 
Mouse tumors

Preclinical Testing

The Czech Centre for Phenogenomics can offer a very broad portfolio of highly standardized assays useful for preclinical studies on rodents including established disease models. 

Latest News

17. 07. 2026

Join the 8th CCP Phenogenomics Conference on Rare Diseases, Experimental Models and Therapies

The Czech Centre for Phenogenomics invites researchers, clinicians, infrastructure partners, patient organisations and industry representatives to the 8th CCP Phenogenomics Conference, taking place 9–11 September 2026 in Prague and online.

31. 03. 2026

Interim Results of the 3rd Call for Nomination of Genes or Diseases within the RD-Factory program

The Czech Centre for Phenogenomics (CCP) is excited to announce the interim results of 3rd Call for Nomination of Genes or Diseases within the RD-Factory program.

12. 03. 2026

HMC Charity Day 2026

We are delighted that the Hanácký Mushers Club has decided to organize a charity event supporting research on Harlequin ichthyosis. Ichthyosis is a rare genetic disorder affecting the skin, and its research is one of the areas we focus on at the Czech Centre for Phenogenomics as part of the RD‑Factory program dedicated to rare diseases.

About Czech Centre for Phenogenomics

Genetically modified mouse models have become a key tool in basic and biomedical research. The ability to engineer the mouse genome has greatly transformed biomedical research in the last decade. Crucial for this technology is the ability to control the expression of genes of interest. It is possible to increase or decrease gene expression, or eliminate the expression of a gene completely.

Transgenic and gene knockout/knockin technologies have become important experimental tools for assigning functions to genes at the level of whole complexity of organism, creating models of genetic disorders, evaluating effects drugs and toxins, thus helping to answer fundamental issues in basic and applied research.