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DOI: 10.3791/58320-v
Seongjin Park1, Jiacheng Zhang2, Matthew A. Reyer2, Joanna Zareba1,3, Andrew A. Troy4, Jingyi Fei1,2
1Department of Biochemistry and Molecular Biology,University of Chicago, 2The Institute for Biophysical Dynamics,University of Chicago, 3Faculty of Chemistry,Wrocław University of Science and Technology, 4Nikon Instruments Inc.
Here we present a practical guide of building an integrated microscopy system, which merges conventional epi-fluorescent imaging, single-molecule detection-based super-resolution imaging, and multi-color single-molecule detection, including single-molecule fluorescence resonance energy transfer imaging, into one set-up in a cost-efficient way.
This method can help answer key questions in the optical microscopy field, such as how to take super-resolution images as well as FRET images using the same microscope. The main advantage of this technique is that we could combine three different imaging modules into one microscope, significantly reducing the overall cost. Visual demonstration of this method is critical as assembly of the excitation path is difficult to learn.
They require proper choice of parts and a sensitive optical alignments. To begin, install a data acquisition card through a PCI interface and use it to connect the lasers to the computer. Control the lasers'on and off behaviors by transistor-transistor logic output and their power adjustment by the analog output of this card.
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