Caroline Perner Prof. Dr. Immo Prinz Prof. Dr. Sarina Ravens Dr. Siegfried Weiß Institute of Laboratory Animal Science Prof. Dr. Andre Bleich Dr. Manuela Büttner Prof. Dr. Hans Hedrich Rheumatology and Clinical
asthma, i.e. allergies to inhalable environmental components, so-called allergens, such as pollen, animal hair or dust mites trigger the asthma symptoms. In the vast majority of cases, asthma can be treated
active ingredient has been developed, it is first tested intensively in the laboratory and then on animals. Only if this active ingredient has proven itself there and has been shown to be safe may it then
studies with subcellular myofibrils in physiological and pathophysiological conditions using human and animal skeletal and cardiac muscle samples. 2005-2011 : Junior scientist (Post-Doctoral position), Institute [...] studies with subcellular myofibrils in physiological and pathophysiological conditions using different animal models (e.g., mouse, guinea-pig, rabbit, zebra-fish); (2) Sarcomeric proteins and functional phenotype [...] protocols of myofibrils from cardiac, skeletal, myotomal and engineered muscle tissues (human or animal model sources) and from human/murine pluripotent stem cell-derived cardiomyocytes. Experimental setup
Virology, Twincore Academic Background : Virology and Cell Culture, University of Veterinary and Animal Sciences (UVAS), Lahore-Pakistan Camilo Torres Research Topic : Elucidating the mode-of-action of
and molecular analyses. Selected pathophysiological aspects are also investigated in translational animal models within the framework of collaborations. Two goals are paramount: the precise determination
tested in vitro in cell cultures and then in vivo in autochthonous/orthotopic and immunocompetent animal models. The autochthonous/orthotopic mouse models of HCC, CCA and PDAC that we have developed and
scientific practise in his/her group and for the overall compliance with the rules. Therefore, an animated communication is needed within a research group, especially, the free and open discussion of scientific
approach, in which we combine cell biological, immunological and genetic methods with the use of animal disease models. In our studies we also aim to develop innovative immune-based therapeutic strategies
(Funding: BMBF) Functional liver cells from induced pluripotent stem cells as an alternative to animal experiments in the Institute of Toxicology (Funding: R2N network, MWK Lower Saxony) CONSENSE-T -