What is FACSCalibur flow cytometer?
Designed specifically to support a wide range of applications, the BD FA C S Calibur flow cytometer is a fully integrated multiparameter system that ensures objective, reproducible results so vital in today’s clinical and research laboratories.
What is FACSCalibur?
The BD FACSCalibur is a fully integrated multiparameter system that has the performance and sensitivity to ensure objective and reproducible results vital to laboratories worldwide. Optical path configuration.
How do you gate live cells in flow cytometry?
The most common first gating strategy is to use forward scatter (FSC) and side scatter (SSC) to find viable, single cell events. To find out more about FSC and SSC, see Ryan’s article on flow cytometer parameters.
When do BD facscalibur™ system support contracts end?
We will continue to offer one-year contracts until December 31, 2021. After contracts terminate, BD FACSCalibur™ System support will be dictated by parts availability, at pre-established time and material rates that include travel, labor and parts.
What is facscalibur™?
FACSCalibur System User’s Guide v Preface FACSCalibur™ is the Becton Dickinson Immunocytometry Systems (BDIS) modular benchtop flow cytometer designed for applications ranging from routine clinical to advanced research. This modular system features advanced capabilities, such as the Sorting and FL4 options in an easy-to-use system.
What are the BD facscalibur cell sorting options?
(The BD FACSCalibur cell sorting and cell concentrator options are for Research Use Only) BD FACSCalibur sorting mechanism 5 BD FACSCalibur optical bench PRODUCTIVITY Flexibility for sample introduction and enhanced productivity BD FACS Loader option The BD FACS Loader option available for the BD FACSCalibur system provides walkaway automation
How does the BD facscalibur work?
The BD FACSCalibur system works together with BD DNA analysis quality control products to eliminate many of the variables asso- ciated with ploidy and cell-cycle analysis. The instrument’s optical and fluidic design ensures that high-resolution DNA ploidy and S-phase determinations are easy to achieve.