Invitrogen Tali Image Based Cytometer

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Invitrogen Tali Image Based Cytometer

The Tali-Image-Based Cytometer is a benchtop assay platform that produces highly accurate, statistically significant three-parameter population analysis and cell counting in typically less than 1 minute per sample using state-of-the-art optics and image analysis software.

in-stock

$8,450.00

The Tali-Image-Based Cytometer is a benchtop assay platform that produces highly accurate, statistically significant three-parameter population analysis and cell counting in typically less than 1 minute per sample using state-of-the-art optics and image analysis software.
 
Features  

    Statistically significant three-parameter population analysis in bright field, green fluorescent, and red fluorescent channels, as well as cell counting
    Three-parameter capability allows discrimination of live, dead, and total cells for easy and quick cell viability assays
    Detecting expression of fluorescent proteins such as RFP and GFP is very simple
    Very small (25 µL) sample volume required.
    Analysis and cell counting in less than 1 minute per sample
    One touch generation of visual and analytical data
    No cleaning or routine maintenance required with minimal setup
    Disposable slides are used to eliminate washing steps and cross-contamination
    Offers an intuitive user interface and provides option to save data and generate report
    Data and report can then be transferred to PC using USB drive (supplied) to export of data as .csv, .jpg, and .pdf files for archiving and sample comparisons

Specifications

    Weight: 19.4 lbs
    Dimensions (inches): 11.5 (W) x 11.5 (H) x 17.5 (D)
    Manufacturer: Life Technologies

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Invitrogen Tali Image Based Cytometer

Invitrogen Tali Image Based Cytometer

Invitrogen Tali Image Based Cytometer

The Tali-Image-Based Cytometer is a benchtop assay platform that produces highly accurate, statistically significant three-parameter population analysis and cell counting in typically less than 1 minute per sample using state-of-the-art optics and image analysis software.

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