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| Modules for Laser Scanning Systems - BioMed |
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 | | Multifluorescence
The identification and visualization of the fluorescent signals must be unambiguous and reproducible - Exciting light and emitted fluorescence are efficiently separated. |
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 | | Emission Fingerprinting
In a 3-step-procedure even fluorochomes with widely overlapping emission spectra such as the fluorescent proteins CFP, GFP and YFP are safely separated. |
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 | | Excitation Fingerprinting
The method is available for multiphoton microscopy and permits the separation even of fluorescences originating from tissue layers deep below the surface. |
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 | | Multitracking
No chance for Crosstalk - Emission signals of the single fluorescences are separated from each other. The allocation of fluorescence signals and detection channels is clear. |
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 | | Online Fingerprinting
You no longer have to wait for the end of the scanning procedure to access dynamic processes in living cells. |
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 | | Automatic Component Extraction
This statistical technique extracts the dye spectra contained in the Lambda Stack, complementing the interactive detection of reference spectra. |
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 | | FRAP
To analyse the motility of proteins and their kinetics, FRAP, Fluoresecenc Recovery after Photobleaching, can be performed with all LSM 7 systems. |
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 | | Highly Sensitive Photon Counting Imaging
Avalanche photodiodes (APDs) in the ConfoCor 3 are now available for highly sensitive photon counting imaging in addition to Fluorescence correlation spectroscopy. |
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