CIMS-Plate™ CELLAMES Electrode Cell Chip


· Each of the 8 channels has a single transparent circular sensing area
  with a radius of 250 μm patterned on the slide glass (25 mm x 75 mm).

· The transparent circular sensing electrodes can be separated into
  1, 2, 4, or 8 wells of polystyrene chamber which is removable from
  the electrode patterned glass substrate.

· The removable chamber is convenient for staining and microscopic  examination without cell transfer


· Monitoring of Cell Adhesion, Migration, Spreading
· Cellular Proliferation, Growth, or Differentiation
· Apoptosis, Necrosis
· Cytotoxic, Cytopathic effect
· Correlation with Microscopy

Model Growth Area/ Well (cm2) Working Volume/ Well (mL) Number of Well Electrode Type
Transparent CIMS-Plate CIMS-ITO-8W1A 0.98 0.20 ~ 0.60 8 Circular Disk Type

CIMS-16™ Cell Impedance Monitoring System


· The CELLAMES CIMS(Cell Impedance Monitoring System) is developed for real-time and non-destructive monitoring of cellular behaviors during various cell culture conditions.

· It provides cell indices related to cell population on the sensing area of each channel.


· Real-time and Non-destructive Cell Monitoring
· Recording Cell Indices under Incubator Conditions
· Automated Measurement of Cell Population in 16 Channels
· Software for Easy Control and Data Output
· Selective of Measurement Channel Choice and Time Interval
· Saving Data in CSV or XLS
· Cell Proliferation
· Cytotoxicity
· Immuno-Oncology

System configuration

· 16 Channel Measurement Station for Two CIMS-Plates
· Laptop PC
· S/W for Control, Data Acquisition, and Display
· Consumable CIMS-Plates
· User-Friendly Access using Type C – Cable
· Removable Chamber for Staining and Microscopic
· Examination Without Cell Transfer

CIMS-16™ Software

The CIMS-16 SW analyzes the data measured by the Cell Impedance Measurement System
CIMS-16 and presents it in user-friendly graphs for viewing.
· Automation measurement of cell impedance in 16 well objects.
· The impedance magnitude, resistance, and capacitance can be checked specifically at the frequencies of 100 kHz, 10 kHz, and 1 kHz.
· Comprehensive graphs for assessing cell viability and cytolysis.
· Streamlined control and data output for efficient data analysis and reporting.
Example Applicationas
Cell Proliferation

Impedance magnitude, resistance, and capacitance monitoring can provide valuable insight into cell proliferation and growth rates.


Makes it easy to monitor cell toxicity by generating viability or cytolysis graphs that show how cells respond to different drugs.
These graphs provide valuable information about the impact of drugs on cells,allowing for useful toxicity assessment.


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