Category: Analyzers | Subcategory: Cell
Nova Biomedical Bioprofile CDV Cell Density And Viability Analyzer
ITEM: 31751
This product is currently out of stock, please check our complete line of in-stock Cell by clicking the green link below or give one of the members of our sales team a call today at (860) 691-2213 so we can help you find a suitable replacement.
The Nova Biomedical Bioprofile CDV Cell Density And Viability Analyzer is a chemistry/cell viability modular instrument that measures up to 15 key cell culture attributes. By combining as many as five separate instruments into one easy-to-use instrument, Nova Biomedical Bioprofile CDV Cell Density And Viability Analyzer simplifies workflow and saves time, labor, and operating cost versus multiple instruments.
The Nova Biomedical Bioprofile CDV Cell Density And Viability Analyzer automates combined high-speed image capture and image processing, providing fast cell counts and high throughput. A comprehensive cell count is available in less than 3 minutes, with throughput up to 20 samples per hour.
Test results include:
- Total cell density
- Viable cell density
- Percent viability
- Live cell diameter
- Live cell standard deviation/histogram
Applications of the Nova Biomedical Bioprofile CDV Cell Density And Viability Analyzer include:
- Monitoring the progress of bioreactor runs
- Determining consumption and production of key metabolites
- Identification of growth-limiting nutrients
- Design of feeding strategies
- Calibration of bioreactor probes
- Measurement of cellular respiration
- Balancing media electrolytes
- Control levels of waste product
Features:
- Fast cell counts - less than 3 minutes.
- Easy-to-use, intuitive touchscreen interface
- Can be customized with one to four analytical modules to consolidate up to 15 vital cell culture tests.
- Low cost of operation - minimal reagent volumes.
- Easy-to-use - Analyze over 300 samples per cartridge and replace them in minutes.
- Accurate, reproducible cell counts - advanced algorithms process images from up to 40 optical fields, allowing thousands of cells to be counted for more accurate, reproducible cell counts.