High resolution phase contrast and fluorescence imaging is now possible using the same objective, thanks to the unique external phase contrast system on Nikon’s new Ti Series of inverted microscopes
The external phase contrast system, available on all models, locates the phase ring within the main microscope body thus allows for the use of high NA and Tirf objectives, for the acquisition of high quality phase contrast images. The Ti Series exclusive use of high NA objectives without phase rings to achieve phase contrast, enables the capture of brighter fluorescence images; essentially recapturing the 10-15% of light traditionally blocked out by the phase annulus in the objective.
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Ti scope is central resource for live cell imaging
Claiming faster acquisition times and unparalleled accuracy, the Ti platform has been designed in collaboration with industry-leading cell biologists to provie a versatile new tool
Seven contrast techniques from a single microscope
Bringing together Nikon’s well-known CFI 60 andCFI LU60 infinity optics, the LV-UDM has a truly modular design which allows seven different contrast techniques to be selected
In addition, the external phase contrast unit minimises both aberration and double image acquisition to achieve crisp definition of cells.
Commenting on the phase contrast capabilities of the Ti Series Alan Monk, biological imaging systems specialist for Nikon Instruments UK, said: ‘The revolutionary design of this system will provide live cell researchers with a much higher level of image quality.
‘Phase contrast images with less oblique shading than that of DIC observation can be achieved, allowing for high precision data processing and image analysis.
‘As an example, individual cell contours will be able to be defined with a Tirf image specimen’.
Nikon’s external phase contrast system is just one of the applications that places the Ti Series at the very heart of high magnification, high resolution live cell applications
