Celloger Mini Plus
CELLOGER MINI PLUS, Automated Live Cell Imaging System
CELLOGER MINI PLUS is an automated live cell imaging system with fluorescence and brightfield microscopy. Celloger Mini Plus makes it faster and easier to accumulate outstanding research results tailored to your research protocol.
Celloger Mini Plus is equipped with the exceptional live cell imaging technology and user-friendly software that enables various types of research and application. This system with advanced fluorescence and bright field microscopy, autofocusing and time lapse multi-position imaging, intuitive and optimized software provides you all the tools you need to acquire best quality and accurate research results. Celloger Mini Plus is designed to be rigid and robust to withstand the temperature and humidity suitable for the growth of cells that makes it compatible with CO2 incubators.
Multi-position imaging - Fully-automated, multi-position imaging for high resolution analysis with a motorized camera that allows for multi-point imaging up to 96 wells.
High compatibility - Compatible with various cell and tissue culture vessel types.
Compact size - Celloger Mini Plus is a live cell imaging system that easily fits into a standard CO₂ incubator.
Z-stacking imaging - Capture multiple focal planes and use the Z-stacking function to view high dynamic range (HDR) images.
Image stitching - Stitching combines images for analysis of a single high resolution composite image. This enables analysis of a larger volume and sections.
Auto-focusing - You get increased focus speed and reproducibility with reliable auto-focusing function.
Intuitive interface - With user-friendly functions, the easy-to-use analysis tools such as confluency mark, growth curve and a ruler are build into the included software.
Fluorescence imaging - One color fluorescence (Green or Red) and bright field imaging.
Multipoint imaging
Using the motorized camera that travels 117mm x 77mm, x and y axis respectively, multiple points within the travel range can be captured following the schedule (intervals, cycles, total time) set by the researcher.
The specifications of selected vessel can be customized according to the brand.
Z-Stacking
With the Z-stacking function, where images of multiple planes of focus are merged, spheroid cells can be clearly observed under time-lapse imaging.
Image Stitching
Image stitching lets you capturing multiple images and combine the overlapping parts to enable high-resolution mapping of a large sample area.
Time Lapse Imaging
The Celloger Mini Plus Scan app gives you an intuitive interface for scheduling your time-lapse images. You can set the total time, cycle and intervals for the time lapse images of your live cell imaging setup.
Analysis Application
A variety of tools in the analysis application simplify the analytic process, reducing errors and saving time.
Intensity Histograms
Confluency Graphs
Channel Merge
Video Creation
Manual Counting
Measurement
More
Specification
Celloger® Mini Plus I Cell proliferation
Observe the proliferation of HeLa cells in real-time every 1 hour for 110 hours.
Celloger® Mini Plus I Co-culture
Monitor the co-culture effects of K562 and NK92 cells (Calcein AM stained K562) for 18 hours.
Celloger® Mini Plus I Cytotoxicity
Cytotoxicity assay performed using time-lapse imaging of HeLa cells stained with green fluorescent dye.
Celloger® Mini Plus I Mitochondrial potential monitoring
The mitochondria of HeLa cells stained with TMRM were treated with CCCP to observe changes in fluorescence that indicate a crucial aspect of cellular....
Celloger® Mini Plus I Nocodazole-mediated mitotic arrest
Time-lapse video of H2B-GFP transfected Hela cells treated with and without nocodazole.
Celloger® Mini Plus I Phagocytosis monitoring
Phagocytosis monitoring of LPS-stimulated Raw264.7 cell.
Celloger® Mini Plus I Spheroid screening
Monitoring concentration-dependent spheroid formation in two cell lines.
Celloger® Mini Plus I Wound healing assay
Wound healing assay was conducted using 4 different cell lines (HeLa, L929, CHO-k, U-2OS) and monitored at 30-minute intervals for 3 days.
Celloger® Mini Plus I Zebrafish observation
A transgenic Zebrafish (Larva) expressing green fluorescent protein was observed using the Celloger® Mini Plus Z-stacking function.