BCE400s

The BCE400 series is a line of microscope-based cellular studies systems used for high-throughput imaging and analysis of living cells. These systems are designed to enable researchers to study the behavior and responses of cells to a wide range of stimuli and conditions in real-time.

Release history

The BCE400 series was first introduced in the early 2000s, with the initial devices featuring a limited set of features and capabilities. Over the years, subsequent models have expanded the functionality of the systems, adding features such as multi-wavelength excitation and emission, improved camera and optics, and advanced software tools for image analysis and data visualization.

Key features

The BCE400 series is characterized by its modular design, which allows researchers to easily customize and upgrade their systems as needed. Some of the key features of the BCE400 series include:

* High-resolution imaging capabilities ranging from 400 to 1500 dots per inch (DPI)

* Compatibility with a wide range of microscope and camera configurations

* Support for multiple imaging modalities, including fluorescence, phase contrast, and brightfield microscopy

* Integrated software tools for image analysis and data visualization

* User-friendly interfaces for easy operation and maintenance

Applications

The BCE400 series has been widely adopted in a variety of research settings, including academic institutions, biotechnology companies, and pharmaceutical firms. These systems have been used for a wide range of applications, including high-throughput screening, cellular biology research, and preclinical drug development.