Upgradable with confocal and super-resolution.
Smart Imaging for cellular assays.
Products > Optical Microscope > Digital Microscopes > Nikon ECLIPSE Ji
Upgradable with confocal and super-resolution.
Smart Imaging for cellular assays.
Utilizing Nikon’s precision optical hardware, all of the advantages of high sensitivity and resolution from a research-level microscope are retained by an AI-driven, easy-to-operate benchtop laboratory instrument. ECLIPSE Ji also fits standard laboratory benchtops, has built-in vibration dampening hardware, and shields the sample from bright room light. There is no need for dedicated space or dark rooms to perform efficient imaging assays.
Intensity Measurement:
Compares protein expression level changes in cells and cell nuclei in multiple wells.
Cell Counting (endpoint):
Counts the number of cell nuclei in a fixed sample and the area of the well occupied by cells.
Transfection Efficiency:
Investigates the percentage of cells expressing the target protein, and reports the expression efficiency.
Size & Morphological analysis:
Analyzes cellular morphology with measurements of the cell nucleus, cytoplasm, and the size of the cell region.
Cytotoxicity:
Measures the percentage of dead cells among all cells and evaluates cytotoxicity.
Apoptosis:
Measures the percentage of apoptotic cells among the population.
DNA damage (gamma H2AX):
Analyzes DNA damage foci within individual cell nuclei.
Nuclear Translocation:
Measures the nuclear translocation of NF-κB, indicating an extra-cellular stimulus.
Autophagy:
Measures the number of autophagosomes, their area, and their fluorescence intensity.
ECLIPSE Ji’s Smart Experiment software interface uses newly developed artificial intelligence (AI), implemented to minimize errors and maximize data collection.
AI based on Deep Learning defines acquisition settings and image analysis parameters, saving researchers valuable time at the microscope.
Images and corresponding analysis data for the plate, well, and each cell is contained in an interactive and linked interface. Users can navigate and quickly visualize trends and results.
Outside of plate assays, ECLIPSE Ji can also serve as a digital research microscope, and can be integrated with a variety of peripheral hardware ranging from filter wheels through confocal systems such as "AX", or high-sensitivity cameras.
*Photos and Videos courtesy of Nikon official website
With Nikon microscope and software NIS-Elements, our high content imaging streamlines high-speed imaging and simple operations. Nikon software provides a dedicated interface for high content acquisition and analysis routines.
Without the need to adjust the focusing method, wavelengths, filters, and camera settings, it is easier to process alongside your research quickly and effortlessly.
A study of living cells using microscopy to obtain a better understanding of biological function through the study of cellular dynamics.
Fluorescence itself is a form of luminescence that results from matter emitting light of a certain wavelength after absorbing electromagnetic radiation. Fluorescence Imaging help visualize biological processes taking place in a living organism.
Is the study of the nervous system. The scope of neuroscience has broadened over time to include different approaches, such as optogenetics, a biological technique to control the activity of neurons or other cell types with light. This is achieved by the expression of light-sensitive ion channels, pumps, or enzymes specifically in the target cells.
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