Millipore's novel Scepter to eliminate tedious cell counts, provides faster health reports
Millipore has launched Scepter for cell culture applications requiring accurate and quick cell counting. The novel product now eliminate tedious cell counts, provides faster health reports. The instrument is now available to biopharmaceutical manufacturers and research institutions that do a lot of cell culture work. It is also a useful device to have with flow cytometers.
The Scepter handheld cell counter represents a breakthrough for life science researchers. According to John Sweeney, vice president, Millipore Life Sciences, unlike any other cell counter, this handheld device provides researchers with a simple and affordable automated option for counting cells and monitoring the health of their cultures. In addition to showing cell counts and average cell volume, the instrument also displays a histogram of cell distribution by volume or diameter. The histogram can be used to provide an instant snap shot of the health of the culture. Results can be stored on the instrument or downloaded to a computer.
Scepter miniaturizes Coulter cell counting technology found in much larger instruments into a portable device the size of an automated pipette. The instrument contains sophisticated electronics for cell sensing, signal processing, and data storage. A graphical display reports the cell count and average cell volume within 30 seconds of inserting the sensor into a cell culture sample.
Currently, cells are typically counted manually under a microscope using a hemocytometer. However, loading a hemocytometer is a tedious task and variability in user technique can impact the accuracy and precision of results. Automated cell counters are available, but these bench top instruments are not portable and are considerably more expensive than the Scepter handheld cell counter.
"This introduction once again demonstrates Millipore's commitment to developing innovative products and technologies that simplify scientific workflows and enable advancements in life science research," said Sweeney.