Dec 3 – 7Walter E. Washington Convention Center
Washington, DC, USA
Cell Bio 2022, the joint meeting of the American Society for Cell Biology (ASCB) and European Molecular Biology Organization (EMBO), will showcase a diverse global community of the brightest minds in cell biology in person, December 3-7, 2022, in Washington, DC.
The unique meeting focuses on cell biology as the fundamental basis of biology, as well as sessions on emerging interdisciplinary topics.
Nikon will be showcasing its latest advances in scientific imaging technologies and will have staff on hand to demonstrate system capabilities, answer any questions and address any needs meeting visitors may have.
Stop by and visit us at Booth #1901 to see the latest from Nikon Instruments.
Nikon’s newest confocal microscope with unparalleled resolution, speed, sensitivity and field of view, with AI-based tools for simplifying acquisition and analysis.
Newly evolved multiphoton confocal microscopes, which clearly visualize minute structures deep within living organisms.
Adapt the CSU-W1 for super resolution imaging.
- 2x Resolution Improvement vs. Widefield
- Enhanced Resolution and Confocal Sectioning Simultaneously
- Normal Confocal Mode and SoRa Mode
X-light V3: the most flexible large FOV spinning disk confocal
- Uniform illumination
- Largest FOV (25mm)
- Integrated dual camera capability
- Flexible configuration
Compact scanner for stimulated emission depletion (STED) imaging in 2 channels for <40nm lateral resolution.
Inverted research microscope featuring a groundbreaking 25mm field of view.
A compact inverted research microscope configurable with a wide variety of observation methods.
Nikon's inverted routine microscope featuring a compact footprint, newly developed contrast observation method and improved operability, ideal for the tissue culture lab.
Flexible software platform for controlling Nikon microscopes and 3rd-party components, with powerful custom programming tools for image acquisition and analysis.
Powerful image analysis and processing module for NIS-Elements that leverages Deep Learning and Artificial Intelligence.
High-performance objectives with a large FOV of 25 mm at all magnifications, allowing capture of complex biological phenomena. With high NA and long WD, images deep within the sample can be clearly captured. It corrects chromatic aberration over a wide wavelength range and acquires accurate multicolor images.