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case study fl uorescence More information on www.dino-lite.eu/zebrafi sh-research

Cell research made visible with usb fl uorescence microscopy

Dino-Lite helps researchers to form an image
Research into life-threatening diseases is of great importance. Miraculously a small striped fi sh The studies also involve functional genomics that aims to identify what specifi c genes work
with special light microscopy can play an important role. Professor Yung-Jen Chuang (47) from harder, for instance to speed up regeneration. Obviously Professor Yung-Jen Chuang is leading
Taiwan is doing research with zebrafi sh using Dino-Lite fl uorescence microscopes. Within the a team that consists of a large number of researchers, an even greater number of zebrafi sh and
National Tsing Hua University in Hsinchu, Taiwan, Professor Yung-Jen Chuang runs a laboratory Dino-Lite fl uorescence microscopes. Professor Yung-Jen Chuang worked with Dino-Lite to
for vascular biology. Vascular biology is the study of our circulatory system in all its forms, from develop the fl uorescence digital microscopes: “I am delighted that the Dino-Lite fl uorescence
the aorta to the smallest capillary in the brains. Professor Yung-Jen Chuang and his team are microscopes are of good quality and aff ordable. Moreover, they are easy to use. Thus, we can
particularly interested in the molecular and cellular processes that occur when new blood enable more researchers to work after minimal training, and also enlist various sets of Dino-Lites
vessels are formed from the existing blood vessels, a process that is called angiogenesis. The that we have for educational purposes. It is easy to show the images on a laptop, and we can
team is also investigating how tissue repair occurs after injury to vital organs such as heart or store both video and still images to study changes in tissue better.”
brains, and examines which reactions infl uence the blood circulation within a tumor.

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