Hypoxia Module for ClinoStar
Oxygen unit for oxygen regulation in the ClinoStar system
Close up of hypoxia module in the ClinoStar
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Hypoxia Module for the ClinoStar: Accurately Replicate Physiological Oxygen Levels for Enhanced Research.
To truly mimic in vivo conditions, precise control of oxygen levels is paramount. The ClinoStar Hypoxia Unit empowers researchers to tailor the in vitro atmospheric composition, aligning it with the specific physiological needs of tissues and organs. From the 12% found in lungs to the 0.1% within tumor tissues, you can now accurately replicate these crucial environments.
Oxygen concentrations within the human body vary significantly, and accurately replicating these conditions is essential for meaningful research. The ClinoStar Hypoxia Unit allows you to manipulate in vitro atmospheric composition, enabling you to tailor it to the specific physiological needs of your tissues or organs.
Advantages of Adding Hypoxia to Your ClinoStar System:
- Precise Oxygen Control: Regulate oxygen levels from atmospheric (21%) down to 2%, enabling the creation of a wide range of physiological environments.
- Rapid Oxygen Level Attainment: Active gas exchange between the ClinoStar and the ClinoReactor humidification chamber ensures rapid and accurate attainment of the desired oxygen set point.
- Temporary Hypoxic Preservation: The ClinoReactor's semi-closed environment maintains hypoxic conditions during brief periods of atmospheric exposure, simplifying procedures like microscopy and documentation.
- Enhanced In Vivo Mimicry: Create more accurate in vitro models by replicating the diverse oxygen environments found within the human body.
- Improved Reproducibility: Gain greater control over your experiments, leading to more consistent and reliable results.
