The German Mouse Clinic: a platform for systemic phenotype analysis of mouse models

H Fuchs, V Gailus-Durner, T Adler, J A Aguilar Pimentel, L Becker, I Bolle, M Brielmeier, J Calzada-Wack, C Dalke, N Ehrhardt, N Fasnacht, B Ferwagner, U Frischmann, W Hans, S M Hölter, G Hölzlwimmer, M Horsch, A Javaheri, M Kallnik, E KlingC Lengger, H Maier, I Mossbrugger, C Mörth, B Naton, U Nöth, B Pasche, C Prehn, G Przemeck, O Puk, I Racz, B Rathkolb, J Rozman, K Schäble, R Schreiner, A Schrewe, C Sina, R Steinkamp, F Thiele, M Willershäuser, R Zeh, J Adamski, D H Busch, J Beckers, H Behrendt, H Daniel, I Esposito, J Favor, J Graw, G Heldmaier, H Höfler, B Ivandic, H Katus, M Klingenspor, T Klopstock, A Lengeling, M Mempel, W Müller, S Neschen, M Ollert, L Quintanilla-Martinez, P Rosenstiel, J Schmidt, S Schreiber, K Schughart, H Schulz, E Wolf, W Wurst, A Zimmer, M Hrabé de Angelis

Research output: Contribution to journalLiterature reviewpeer-review

Abstract / Description of output

The German Mouse Clinic (GMC) is a large scale phenotyping center where mouse mutant lines are analyzed in a standardized and comprehensive way. The result is an almost complete picture of the phenotype of a mouse mutant line--a systemic view. At the GMC, expert scientists from various fields of mouse research work in close cooperation with clinicians side by side at one location. The phenotype screens comprise the following areas: allergy, behavior, clinical chemistry, cardiovascular analyses, dysmorphology, bone and cartilage, energy metabolism, eye and vision, host-pathogen interactions, immunology, lung function, molecular phenotyping, neurology, nociception, steroid metabolism, and pathology. The German Mouse Clinic is an open access platform that offers a collaboration-based phenotyping to the scientific community ( More than 80 mutant lines have been analyzed in a primary screen for 320 parameters, and for 95% of the mutant lines we have found new or additional phenotypes that were not associated with the mouse line before. Our data contributed to the association of mutant mouse lines to the corresponding human disease. In addition, the systemic phenotype analysis accounts for pleiotropic gene functions and refines previous phenotypic characterizations. This is an important basis for the analysis of underlying disease mechanisms. We are currently setting up a platform that will include environmental challenge tests to decipher genome-environmental interactions in the areas nutrition, exercise, air, stress and infection with different standardized experiments. This will help us to identify genetic predispositions as susceptibility factors for environmental influences.
Original languageEnglish
Pages (from-to)236-43
Number of pages8
JournalCurrent Pharmaceutical Biotechnology
Issue number2
Publication statusPublished - Feb 2009


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