Vi-CELL XR Cell Viability Analyzer

The Vi-CELL™ XR Cell Viability Analyzer provides an automatic means to perform the Trypan Blue Dye Exclusion method, allowing users to load up to 9 samples at once for easy and automated cell analysis. Vi-CELL software offers pre-programmed and customizable analysis options for consistent and accurate analysis of simple cell systems or your own cell line.  

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Vi-Cell XR cell viability analyzer

Vi-CELL XR Cell Analyzer Features

The Vi-CELL™ Cell Viability Analyzer provides an automatic means to perform the Trypan Blue Dye Exclusion method, allowing users to load up to 10 samples at once for easy and automated cell analysis. Vi-CELL software offers pre-programmed and customizable analysis options for consistent and accurate analysis of simple cell systems or your own cell line.  

Powerful, Flexible Software

  • Bioprocess tracking, auto-sampler queue & control monitoring features
  • Real-time cellular imaging for data parameters not available with standard aperture cell counting methods 
  • Provides results for percent viability, total cell & viable cell concentration and mean cell size

Operation

  • 12-position auto sampler for walk-away sample analysis
  • Samples within 50 x 103 to 1 x 107 cells/mL range require no dilution
  • Customizable cell types for analyzing diverse cell species

Bioprocessing Applications

  • Key cell culture parameters to help you optimize and monitor the bioprocess
  • Results can be viewed easily on the screen or exported for off-line analysis
  • Through integration partners we offer optional automated online sample introduction for real-time cell analysis for improved bioprocess monitoring and control

Compliance and Validation

  • 21 CFR Part 11 enabled with audit trail, electronic signature capability, secure sign-on, multiple user level permissions & administrative configuration tools
  • IQ/OQ

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Content and Resources

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The Particle Analyzers Advancing Life Science Research Scientists share how automated cell counting is revolutionizing research
Avoid the Pitfalls when Automating Cell Viability Counting for Biopharmaceutical Quality Control In this paper we show one example of how identifying viable cells by minimum diameter alone can introduce variability of circa 33% in the reported cell concentration. This paper describes how to avoid these common pitfalls when user is adopting a new automated method of cell counting.
Lentiviral Vector Production Technical Application Note Clone gene of interest into a modified Lentiviral vector with this production method protocol
Evaluation of an Automated Instrument for Viability and Concentration Measurements of Cryopreserved Hematopoietic Cells Authors: S. E. SZABO, S. L. MONROE, S. FIORINO, J. BITZAN, K. LOPER | The Sidney Kimmel Comprehensive Cancer Center, Johns Hopkins Hospital, Baltimore, Maryland; Beckman Coulter Miami, Florida, USA | Published 2004
Use of Beckman Coulter Reagents for Automated, Whole Blood, White Blood Cell Viability Measurements Authors: Stephen E. Szabo, Ph.D. | Sarah Monroe, B.S.| Beckman Coulter, Inc | Published 2004

Technical Documents