Member since: 2020
Great added-value, awesome instrument.
Application Area: Immunotherapy
"This instrument combines impedance measurement with imaging in 3 colors plus bright field. It offers 5 separate cradles for more flexibility. Plus it's easy to use! I love it!"
The xCELLigence technology utilizes proprietary microtiter plates (E-Plates®) embedded with gold biosensors at the bottom of each well, which serve to non-invasively quantify cell behavior. Over the course of an experiment, the biosensors monitor cell metrics such as proliferation, adhesion strength, changes in morphology, migration, differentiation, and much more. Measurements are exceptionally fast and provide exquisite temporal resolution so that all relevant responses can be measured in seconds, minutes, hours, or days. In concert with the biosensor measurements, cell images can be captured in real-time, thereby providing a spatial and temporally dynamic view of cell populations, which can further validate time-dependent cell health and behavior at an unprecedented level of detail for any cell based assay.
EXCEPTIONAL VERSATILITY: For the first time, you have a system that combines the power of our popular label-free xCELLigence Real Time Cell Analysis technology, with the benefits of live cell imaging in 3 colors: Red, Green, and Blue.
GENERATE PHYSIOLOGICALLY RELEVANT DATA: Easily monitor cell health, strength of adhesion, changes in morphology, proliferation, and cytolysis in primary cell cultures, or with standard tissue culture cell lines. The eSight provides unprecedented insight into cellular mechanisms of action and functionality.
TRULY INFORMATIVE LIVE CELL IMAGING: The eSight provides brightfield capabilities, the flexibility of 3 fluorescence channels, a plethora of well plate formats, and the capability of user-defined schedules. Each cradle can be run and scheduled independently, which makes the system ideal for a multi-user environment.
VERY FAST: You can now read a 96 well plate in ~15 seconds with the xCELLigence biosensor technology, and then gain further insight into your studies with image-based measurements live, simultaneously, and in real time.