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Nikon Instruments USA has partnered with Cincinnati Children’s Hospital Medical Center, to open a Nikon Center of Excellence for advanced biological imaging. The center will combine Nikon’s technical proficiency with the scientific expertise of the researchers at Cincinnati Children’s Research Foundation to further new developments in biomedical sciences that will ultimately improve child health.
This partnership provides CCRF researchers access to state-of-the-art imaging equipment and Nikon technical expertise. In return, Nikon gains valuable feedback and insight from talented scientists using advanced research techniques in the diverse areas of research strength found at the CCRF. Our expertise includes phenotypic imaging and analysis of complex biological systems including developmental biology, neurobiology, stem cell biology and cancer biology. We also have a keen focus on developing and adapting new imaging techniques that can be applied to our researcher's areas of expertise.
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The AX R is a recently developed iteration of Nikon’s flagship confocal system, and is capable of 2k resonant scanning in an expanded 25 mm FOV for fast, gentle imaging of sensitive samples. In addition, this system features Nikon’s new NSPARC Image Scanning detector, capable of deep, super-resolution imaging using a highly sensitive APD detector array.
The AX R is a recently developed iteration of Nikon’s flagship confocal system, and is capable of 2k resonant scanning in an expanded 25 mm FOV for fast, gentle imaging of sensitive samples.
Similar to the inverted AX R configuration, this system is capable of 2k resonant scanning in an expanded 25 mm FOV for fast, gentle imaging of sensitive samples. This system is ideal for electrophysiology and live animal experiments where an upright configuration is needed.
Utilizing optical reassignment on a spinning disk system, the SoRa achieves sub-diffraction limited optical resolution while preserving sample health.
Featuring both the N-STORM single molecule localization and A1R HD resonant scanning confocal, this system is ready for applications ranging from super-resolution to fast live-cell confocal or TIRF.
Our go-to A1 resonant scanning confocal system for both live and fixed cell imaging applications.
Go-to A1 point scanning confocal system for both live and fixed cell imaging applications.
Standard galvano-only point scanning confocal.
High-definition resonant scanning multiphoton imaging is unlocked with the A1R HD MP system, configured on an FN1 upright microscope.
Our two Ni-E upright microscopes feature both color and monochrome CCD cameras, supporting a number of epifluorescence and transmitted light applications.
This high-speed hardware-triggered widefield system is well-suited to high throughput applications.
This high-speed hardware-triggered system based on the ECLIPSE Ti2-E inverted microscope provides both speed and large field of view for high throughput applications.
This SMZ1500 stereo microscope also features epifluorescence and a CMOS camera for recording observations.
Nine offline image analysis workstations with Nikon's NIS-Elements software. NIS-Elements combines automated intelligence to microscopes, cameras, components and peripherals with powerful archiving, analysis, visualization and archiving tools. Its intuitive interface simplifies workflow and speeds up image acquisition times while providing powerful features such as image stitching, object counting and volume views.