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Capture events in several dimensions in next to no time
Acquire images of rapid changes to cells and cell structures in several dimensions and freely select the right contrasting technique: the high-speed variant Cell Observer HS makes all this possible.
Equipped for your biological applications
Time-critical components, such as adjustable light sources or piezo z-drives, are controlled independently from the operating system and therefore can react with very short response times. The multidimensional image is only put together once the raw data for the complete image series have been stored on the hard drive. This saves time for acquisition, as the computing intensive processing steps are made after the experiment.
Therefore, with the Cell Observer HS, constant intervals are achieved between the single images of each time point as well as at rapid acquisition speeds.
Here you can find animated examples of 3-channel images:
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Cilia movement frequency of a newt lung cell (DIC) image merged with second order deviation analysis (red) at 39 Hz
Sample: Dr. Bob Hard, Image acquired during Optical Microscopy Course in Woods Hole. |
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Trypanosoma brucei (Stained with Mitotracker Red and DAPI)
Sample: Dr. Torsten Ochsenreiter, Global Infectious Disease program, Woods Hole Massachusetts |
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Hippocampus (Postsynaptic and presynaptic vesicles are stained with CFP and YFP)
Sample: Prof. Okabe, Cell Biology department, Tokyo Medical and Dental University |
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