Live-cell imaging

Researchers face many careful considerations when designing multiplex live cell experiments. 

Live cell imaging is a powerful microscopy technique employed by scientists to monitor molecular processes and cellular behavior in real time.

Explore the latest advances in automated live-cell neuronal analysis for cell culture models.

Delve into the tactics used by scientists to overcome fluorescence microscopy’s greatest obstacles.

Advanced microscope systems enable researchers to perform high-resolution live-cell imaging, while maintaining cellular health.

Technological and engineering advances let researchers delve deeper into cell function and behavior in physiological and pathological settings.

Scientists gain unique insights into active biological processes with specific fluorescent probes, dyes, and biosensors.

In this webinar, Magdalena Eckschlager and Christopher Wolff will discuss how cutting-edge neural network-based algorithm technology enables label-free, live cell imaging and analysis.

How advanced flow cytometry and live-cell analysis are accelerating immunotherapy research.

Streamlining and automating cell-based assays for measuring intracellular calcium.

Discover how to image and quantitate phagocytosis in real time

Transplanted CAR stem cells persisted long term and showed multilineage engraftment in tissues that harbor HIV.

Researchers developed a new CAR T-cell therapy that targets specific growth factor receptors in glioblastoma to eliminate brain tumors.

Pairing CARs with a synthetic receptor makes T cells more lethal tumor killers.

In this webinar brought to you by MMI, learn how scientists use CellScan for a variety of lab applications, such as routine photo-documentation, whole-slide scanning, fluorescence imaging, time-resolved live-cell imaging, and combinations of these techniques.

Download this eBook to take a closer look at past efforts, modern challenges, and future advances!

From a mass photometer to improved breath biopsy probes, these new products are poised for scientific success.

The long-time Marine Biological Laboratory scientist was known for using his own hand-built microscopes to image the dynamics of live cells.

A deep learning program can identify cells with higher metastatic potential based on the way they look and move.