Product currently under development

Live Cell Metabolic Analyzer

PHCbi Live Cell Metabolic Analyzer

Continuous, sampling-free measurement of glucose and lactate in culture medium.
Visualize real-time changes in cell metabolism.

Cells are constantly growing and differentiating, and these processes are known to be closely linked to metabolism.
In the field of cancer immunology, stem cell research, and the development of manufacturing processes for cell-based formulations,
understanding the metabolic state of cells is a factor of ever-growing importance in the analysis of cell activation and disease.
Continuous analysis of cell metabolism offers the ability to visualize the state of cells in real time, creating opportunities for unprecedented new discoveries in cell metabolism.
The PHCbi Live cell metabolic analyzer will open new doors to those discoveries.

  • Cancer research
  • Immunology research
  • Stem cell research

In-Line sensors: the key to continuous measurements of glucose and lactate

The glycolytic pathway is one of the main components of cellular energy metabolism. During glycolysis, glucose is taken up into cells and lactate is produced. Conventional analysis of cell metabolism typically involves estimating glucose and lactate concentrations from data points obtained from periodic sampling. With its unique high-precision In-Line sensors, the PHCbi Live cell metabolic analyzer offers these unique advantages:

  • real-time monitoring of glucose and lactate concentrations
  • continuous measurements
  • no sampling of the culture medium and the same cells can also be used for separate evaluation after measurement

Measure cells in their usual culture environment

The simple design of the PHCbi Live cell metabolic analyzer makes it suitable for any laboratory space. Plus, there is no need for specialized cell culture equipment. Common commercial products (culture medium, 24-well plates, calibration liquid, additive reagents) can be used for cell culture. The Sensor module and Plate adaptor can be attached to a standard 24-well plate. Then, once the plate is placed in the Detector pre-installed within the CO2 incubator, real-time measurements can be checked easily using the touch-panel controller. Optional plate adapters for five different commercial 24-well plates are available.

Real-Time Cell Metabolism Measurement

Evaluate glycolytic changes directly

Changes in the glycolytic pathway can be evaluated directly by measuring the culture medium concentrations of glucose taken up by cells and lactate produced. With the PHCbi Live cell metabolic analyzer, the state of cell metabolism can be visualized as the rate of metabolic change using the consumption rate and production rate based on concentration values. Monitoring the efficiency of conversion from glucose to lactate makes it possible to evaluate not only glycolysis, but also changes in the balance with other cellular metabolic processes, such as oxidative phosphorylation.

Evaluate Glucose Concentrations

Specifications

Product summary Items monitored Glucose, lactate (simultaneous continuous measurement of both items)
Main device components Controller, Detector, Plate adapter (optional product)
Main consumables Sensor module (single use)
Compatible plates 24-well plate
*Compatible with 5 commercial products
Monitoring duration Maximum 10 days
Measurement range Glucose: up to 27 mM (up to 4.9 g/L)
Lactate: up to 15 mM (up to 1.4 g/L)
Detector External dimensions Width 162 mm × Depth 280 mm × Height 118 mm
Installation Inside CO2 incubator
Controller External dimensions Width 380 mm × Depth 272 mm × Height 373 mm
Screen 12.1-inch-wide touch panel display
Extendability Wired connectivity for up to 4 detectors

*Product currently under development. Specifications of the final product may differ.
*For research purposes only.

External view and dimensions

Cell Metabolism Analysis

*The color of the product in this web page may slightly differ from the actual color.

*Specifications, ratings and designs are subject to change without notice.

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