The overall goal in the Huisken lab is the systematic study of developmental processes in living organisms by noninvasive biomedical imaging techniques such as optical microscopy. Of primary interest is the investigation of organogenesis in zebrafish with special emphasis on the function and morphogenesis of the cardiovascular system and the endoderm. We develop novel quantitative microscopy tools and experimental strategies to understand and describe tissue dynamics on a cellular level. High-speed fluorescence microscopy is the primary tool to capture the dynamics of a heartbeat and the fate of single cells during organogenesis.
In our interdisciplinary lab we address all experimental steps from innovative transgenic lines and microscope development to systematic image processing. The biologists in the lab have the opportunity to use cutting edge microscopy to perform experiments that are impossible with off-the-shelf instruments. At the same time the physicists in the lab can build novel microscopes that are immedietly applied to address exciting biological questions.
The lab takes a truly interdisciplinary approach. Scientists with various backgrounds collaborate and develop novel experimental strategies to achieve a common goal.
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