Combined with the merits of CSU and multi photon excitation, Station-5 is the system achived high speed acquisition, weak photo damage and deep imaging.
[Molecular Expressions Microscopy Primer: Spinning disk confocal microscopy] covers contents about optical microscope. [Intaractive Flash Tutorial] explains it briefly and appropriately. Please check it, if you have some questions.
|Microscope||Nikon, Inverted microscope Ti-E|
|CSU||Yokogawa Electric, CSU-X1
|EM-CCD Camera||Andor technologies, iXon Ultra|
|CMOS Camera||Qimaging, OptiMOS|
|Image Splitting system||Hamamatsu Photonics, W-View Gemini A12801-01
*W-View is common use with other Stations.
|Motorized stage||Chuo Precision Industrial, Motorized XY-Stage System (NK) A1|
|Incubator||Tokai Hit, INUG2-ONICS
*This model was now finishing for sales, it linked to following models.
|All Equipment||Return the equipment list at NIC@HU.|
|Station-1||Spectral Confocal system.|
|Station-2||Total Internal Reflection(TIRF) Microscopy
*We can only use 488 nm diode laser with excitaion.
|Station-3||Multi Fluorescence Time-lapse Microscopy. If you use dry type objective, you can acquire multi point time lapse imaging.|
|Station-4||Realtime Confocal Microscopy with CSU. This system acquire with high speed imaging, or example 30 frame per second. Or this system is suitable for luminescence imaging by high sensitive EM-CCD camera.|
|Station-6||Spectral Confocal system. This model is equipped with high sensitivity GaAsP type ditector and 1K resonant type scanner.|
|Filter and Objective lens||List of objective and filter block set at NIC@HU.|
|Reagent list||Coutesy of supporting companys, the reagent list supplying for user trial.|