Andrés F. Muro, ICGEB, Mouse Molecular Genetics, Group Leader Trieste -  ITALY speaks on "Crigler-Najjar Syndrome type I_ new insights into disease mechanisms and therapy using Ugt1 knock-out mice". This seminar has been recorded at ICTP Trieste by ICGEB Trieste

A. Muro - Crigler-Najjar Syndrome type I_ new insights into disease mechanisms and therapy using Ugt1 knock-out mice

ICGEB annual course held in Trieste, Italy, covering topics including basic principles of mouse genetics, mutagenesis approaches, archiving, phenotyping, informatics and databases, quantitative traits, examples of disease model discovery and the use of mouse disease models as a therapeutic tool. (Artwork G. Bortolussi ICGEB Lab. Skeletal muscle fibers transduced with AAV vector expressing green fluorescent protein (eGFP). Nuclei are stained in blue (Hoechst).

Science

Mauro Giacca, ICGEB, Trieste -  ITALY speaks on "Disease Models and Translation 8: The mouse as a tool for the development of novel biotherapeutics for cardiovascular disorders". This seminar has been recorded at ICTP Trieste by ICGEB Trieste

M. Giacca - Disease Models and Translation 8 The mouse as a tool for the development of novel biotherapeutics for cardiovascular disorders

Daniela Marazziti, IBCN-CNR, Monterotondo, Rome, Italy "Prosaposin receptors and the primary cilium". This seminar has been recorded at ICTP Trieste by ICGEB Trieste

D. Marazziti - Prosaposin receptors and the primary cilium

Steve Brown, MRC Harwell, UK speaks on "The mouse as an engine for systems genetics and translational research". This seminar has been recorded at ICTP Trieste by ICGEB Trieste

S. Brown - The mouse as an engine for systems genetics and translational research

Mauro Giacca, ICGEB, Molecular Medicine, Group Leader, Trieste -  ITALY speaks on "Adeno-associated virus (AAV)-based vectors as powerful tools for gene transfer into post-mitotic cells in vivo". This seminar has been recorded at ICTP Trieste by ICGEB Trieste

A. Muro - Crigler-Najjar Syndrome type I_ new insights into disease mechanisms and therapy using Ugt1 knock-out mice

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