An inverted microscope system from Zeiss, specifically configured for multidimensional live cell microscopy and ratiometric imaging. This system features advanced environmental controls, including temperature and CO2 buffering, to maintain optimal conditions for sensitive biological samples during extended imaging sessions. It is equipped with both a Xenon arc lamp and Colibri LED light sources, providing versatile illumination options for various fluorescence applications. Zeiss live cell systems are renowned for their high sensitivity, enabling the observation of dynamic cellular processes and long-term experiments with minimal phototoxicity. They are ideal for studying cellular dynamics, cell migration, developmental biology, and other time-lapse imaging applications, offering clear and quantifiable results for biological specimens.

Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
An inverted microscope system from Zeiss, specifically configured for multidimensional live cell microscopy and ratiometric imaging. This system features advanced environmental controls, including temperature and CO2 buffering, to maintain optimal conditions for sensitive biological samples during extended imaging sessions. It is equipped with both a Xenon arc lamp and Colibri LED light sources, providing versatile illumination options for various fluorescence applications. Zeiss live cell systems are renowned for their high sensitivity, enabling the observation of dynamic cellular processes and long-term experiments with minimal phototoxicity. They are ideal for studying cellular dynamics, cell migration, developmental biology, and other time-lapse imaging applications, offering clear and quantifiable results for biological specimens.

Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
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