Tecan’s Infinite® 200 PRO Offers Environmental Control for Cell-based Applications
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Tecan has launched a Gas Control Module (GCM™) for its Infinite 200 PRO multimode microplate reader, creating one of the most comprehensive solutions on the market for cell-based assays.
Variations in environmental conditions can lead to inconsistent and unreliable data for cell-based optical studies, due changes in the pH and color of the media during incubation. By offering precise regulation of oxygen or carbon dioxide levels within the reader chamber, the GCM provides a more stable culture environment over time. This makes it suitable for in vitro investigation of eukaryotic cell lines, achieving better cell viability and allowing the duration of cell-based experiments to be extended without adversely affecting results.
The GCM also ensures greater biological relevance for a wide range of studies, by allowing assays to be performed under hypoxic or physiological conditions. This will extend the experimental window of microplate-based investigations using anaerobic or facultative anaerobic bacteria, allowing incubation within the reader chamber.
It also allows the Infinite 200 PRO to be used for a range of biomedical studies, providing researchers with a simple mechanism for studying cell behavior under changing environmental conditions, mimicking events such as ischemia or oxidative shock for in vitro investigation.
Variations in environmental conditions can lead to inconsistent and unreliable data for cell-based optical studies, due changes in the pH and color of the media during incubation. By offering precise regulation of oxygen or carbon dioxide levels within the reader chamber, the GCM provides a more stable culture environment over time. This makes it suitable for in vitro investigation of eukaryotic cell lines, achieving better cell viability and allowing the duration of cell-based experiments to be extended without adversely affecting results.
The GCM also ensures greater biological relevance for a wide range of studies, by allowing assays to be performed under hypoxic or physiological conditions. This will extend the experimental window of microplate-based investigations using anaerobic or facultative anaerobic bacteria, allowing incubation within the reader chamber.
It also allows the Infinite 200 PRO to be used for a range of biomedical studies, providing researchers with a simple mechanism for studying cell behavior under changing environmental conditions, mimicking events such as ischemia or oxidative shock for in vitro investigation.
