MLC-AC0-PE •Controller | MLC-AD240A-PW •Detector - LiCellMo

Product catalog summary

Overview: The document describes the PHCbi Live Cell Metabolic Analyzer, a device designed for continuous, real-time monitoring of glucose and lactate concentrations in cultured cells. This technology allows for optimization of growth conditions and assessment of treatment impacts without manual sampling.

Specifications: The analyzer operates within a conventional CO2 incubator and is compatible with standard 24-well cell culture plates. It features in-line sensors for continuous measurement over a period of up to 10 days, with a glucose measurement range up to 27 mM and lactate up to 15 mM.

Procedures: The device facilitates real-time visualization of metabolic changes, enabling direct evaluation of glycolytic pathway alterations. It supports the use of common laboratory equipment and consumables, ensuring ease of integration into existing setups.

Norms and Recommendations: The analyzer is intended for research purposes only and is adaptable to various commercial 24-well plates through optional adapters. It provides a stable cell culture environment, minimizing experimental variability.

Key Features: The system includes a touch-panel controller for easy monitoring, wired connectivity for up to four detectors, and a compact design suitable for any laboratory space. It allows for simultaneous measurement of glucose and lactate, providing insights into cellular metabolic processes.

Conclusion: The PHCbi Live Cell Metabolic Analyzer offers a robust solution for continuous metabolic monitoring, enhancing research capabilities in cell metabolism studies.

Catalog excerpts

MLC-AC0-PE •Controller | MLC-AD240A-PW •Detector - LiCellMo-1

Live Cell Metabolic Analyzer Continuous, sampling-free measurement of glucose and lactate in culture medium. Visualize real-time changes in cell metabolism. The PHCbi Live Cell Metabolic Analyzer will open the door to new discoveries. IN-LINE MEASUREMENT OF GLUCOSE AND LACTATE UP TO 10 DAYS COMMON CELL CULTURE ENVIRONMENT & SMALL FOOTPRINT USE OF CONVENTIONAL 24 WELL CELL CULTURE PLATES Continuous data of glucose consumption and lactate production without the need for manual sampling. The detector is placed in a conventional CO2 incubator. Existing culture equipment can be used with any custom gas mix. Five plate adapters are available, suitable for the most common brands of 24 well plates. Established and stable cell culture environment Standard conditions Precise metabolic information to follow the exact conditions of cultured cells with high measurement frequency. This allows to optimize growth conditions and to uncover the impact of treatments. keeps experimental set up free from unwanted variables, and provides ﬂexibility for different gas environments such as hypoxia conditions. for cell culture in commercially available 24 well plates. Easy handling and no extra expenses for instrument speciﬁc di

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MLC-AC0-PE •Controller | MLC-AD240A-PW •Detector - LiCellMo-2

IN-LINE SENSORS: THE KEY TO CONTINUOUS MEASUREMENTS OF GLUCOSE AND LACTATE The glycolytic pathway is one of the main ceLLutar metabolic pathways to produce energy. 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 manual sampling. With its unique high-precision in-line sensors, the PHCbi Live Cell Metabolic Analyzer offers unique advantages: • real-time monitoring of glucose and lactate concentrations, • continuous measurement...

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