Cell imaging and visualization systems are an important field that has transformed the course of cell culture studies today, and many methods are used in this context.
One of the key stages of cell culture studies is imaging and analyzing the cell culture. In this context, there are many complex microscope systems available.
The majority of imaging microscopes perform these processes by taking the cell out of its optimal environment (significantly disrupting the cell culture environment and risking stressing the cells), capturing only a few images at long intervals.

What Are the Features of the Live Cell Imaging and Analysis System?

With Nanoentek JULIBr and JULIFl devices, the difficulties mentioned above are eliminated by providing an incubation environment. With our live cell imaging and analysis devices, you can take photographs at short intervals, analyze the confluence (density) of each image, and generate growth videos and growth graphs from the images.
With the ergonomic design of the device, you can place the imaging unit inside the incubator, allowing images to be captured at intervals as short as 1 minute. Instead of linear graphs, you can obtain point-based parabolic graphs. While performing these processes, you never remove the cells from the incubator and thus avoid stressing them.
With these devices, you can not only work with Bright (white light) but also have the opportunity to separately visualize fluorescent GFP- and RFP-stained cells. With the merge function, you can obtain white light, fluorescent, and merged images simultaneously.

What Are the Differences Between Live Cell Imaging and Microscopes?

This system has a digital imaging system and with its 4x objective, it can perform all imaging required in routine cell culture.
  • Has digital magnification up to 256x.
  • The system is not a microscope.
  • It does not have an ocular system.
However, it can perform the basic functions of a fluorescence microscope with a camera attachment.

Application Areas of the Live Cell Imaging and Analysis System

The system can be used in many cell culture studies, such as:
  • Time Lapse Cell Monitoring
  • Cell Growth Monitoring
  • Cell Migration Assay
  • Cell Confluence Detection
  • Cell Culture Quality Control
  • Proliferation Assay
  • Stem Cell Development
  • Cell-Based Assay Optimization
  • Cell Viability and Counting, and many other studies.

What Is Cell Counting and What Are Its Features?

The device includes a cell counting function required for live/dead cell counts in all cultures. Thus, using the classic trypan blue staining method, you can count cells in a healthier way than with a hemocytometer, without needing an additional budget for a separate cell counter device.
With our Live Cell Imaging and Analysis Devices, which you can easily use in all your culture studies, you can provide fully accurate, visible, and documentable results. These results can support your publications with scientifically based images and strengthen your presentations with videos as solid evidence.