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Cell Counting and Image Cytometry

Using Cellaca MX for High-Throughput CHO Cell Counting for Bioprocessing

Section
Cell-based Assays for Bioprocessing
Celigo Applications
Cell Counting Method Selection
Cell Counting and Image Cytometry FAQs
Cell-based Assays for Bioprocessing
Cell-based Assays for Gene Therapy Development
Cellometer Applications
Modern Virology Assays
Sub Section
Bioprocessing Solutions
Bioprocessing Solutions
FDA Regulations of Biologics
Topic
Using Cellaca MX for High-Throughput CHO Cell Counting for Bioprocessing
Engineering CHO Cells Using CRISPR Technology
High-Throughput Clone Screening Ensures High-Quality Biologic Production
Media Selection for Optimization of Culturing Conditions
Monitoring Growth and Viability
Using Cellaca MX for High-Throughput CHO Cell Counting for Bioprocessing
Single Cell Cloning for Cell Line Development

Typically, thousands of clones need to be measured, which is bottlenecked by traditional cell counting methods.

img-using-cellaca-mx-for-high-throughput-cho-cell-counting.PNG

Transfection/transduction optimization experiment samples

  • Positive control (1)
  • Negative control (1)
  • Test conditions (1+n)


50 μl of sample ⟶

Using cellaca mx for high throughput cho cell counting for bioprocessing
  • Size
  • Total cell concentration
  • Viability
  • GFP or RFP expression (whole well)
  • GFP or RFP expression (individual cell level)

Cellaca™ MX High-throughput Cell Counter has been utilized to provide rapid counting of CHO cells and viability measurement in less than 5 min for 24 samples. The system shows high-precision, high-speed, and high-throughput methodology. The high-throughput cell counter has demonstrated high instrument-to-instrument precision for 32 Cellaca MX in a time frame of 1 year, showing a CV of 3.6%.

[Bell et al. 2021, Characterization of a novel high-throughput, high-speed and high-precision plate-based image cytometric cell counting method, Cell and Gene Therapy Insight].

For research use only. Not for use in diagnostic procedures.

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