HOW DOES DENCYTEE ARC WORK?

At the proven 860nm wavelength, the Dencytee Arc combines the signal from transmission and reflection into a reliable and reproducible measurement. This measurement technique reliably determines the total cell density over a wide concentration range.

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THE POWER OF PERMITTIVITY FOR VIABLE CELL DENSITY (VCD)

Permittivity measurements are the most reliable method of monitoring viable cell density (VCD). This measurement is immediately affected by changes in viable cell density and can be used to time process-specific actions for maximum yield. Permittivity can also be used to detect changes in cell physiology and is the most immediate method for determining the beginning of the cell death phase.

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CONTINOUS DATA

Incyte Arc sensors provide a real-time measurement of viable cell density with continuous permittivity data. Off-line samples only provide limited, error-prone data points, so process events may be missed. Real-time permittivity reveals changes in cell physiology, so advanced process control can be automatically triggered for process optimization.

Cell Density 細胞密度

Dencytee Arc

Dencytee Arc sensors enable real-time, in-situ measurement of total cell density using transmittance and reflectance of near-infrared light in low and high cell density applications. Guided in-line/off-line correlation modeling, using the ArcAir software, facilitates the creation of a total biomass sensor. Reduce off-line sampling and increase the reliable optical density measurement range.

Total Cell Density

Yeast Processes, Bacteria Processes, Algae Processes

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Incyte SU

Hamilton's game-changing viable cell density sensors are now available in a patch-based format that is welded directly into a bioreactor bag.

Viable Cell Density

Eucaryotic Cells, High Density Yeast Fermentation, High Density Bacteria Fermentation, Single Use

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Incyte Arc

Incyte Arc sensors enable real-time, in-situ measurement of viable cells, making it possible to detect events and respond in real time without increased off-line sampling.

Viable Cell Density

Eucaryotic Cells, Viability Prediction Possible

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