Low oxygen is the key to meaningful cellular discovery

Is oxygen sabotaging your research?
Studies clearly show that cells cultured under appropriate physiological conditions express regulator genes in vivo that are silent under normoxic (21% O2) concentration.
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Stay up-to-date with the latest citations using our products
Thousands of papers have cited our incubator products and accessories across a diverse span of research areas. Don’t let your research fall behind because of the wrong cell culture conditions for your cells!
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Physiological Oxygen for Neuronal Cell Culture
Explore the differences in neuronal cell behavior under low oxygen (physiological) compared to atmospheric oxygen conditions and gain insights into optimizing neuronal cell culture systems.
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Stem Cell Culture Requires Low Oxygen
Explore the importance of hypoxia in stem cell culture, the molecular pathways involved, and its implications for optimizing stem cell applications.
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Malaria Research and Therapeutic Discovery
A quick summary on the latest key points for malaria research and discovery.
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Hypoxia and the Tumor Microenvironment
Discover how the hypoxic tumor microenvironment fuels cancer growth.
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A summary of published physioxic cell culture conditions
Check out our table summarizing data on published physioxic conditions tested for various cell lines and primary cells and the experimental outcomes.
Read MoreMeasure with Precision: The Gas Mixing System

The GMS-5003 is a state-of-the-art flow-through oxygen (O2) sensor that delivers rapid and precise oxygen readings from 0% to 25%. It becomes the ultimate tool for achieving precise mixtures of custom O2 concentrations when used with our Dual Flow Meter (DFM-3002). It is particularly beneficial for creating hypoxic culture conditions within the MIC-101 Modular Incubator Chamber, especially when specialized pre-mixed gases are costly or unavailable.
Learn how to optimize your hypoxic
environment with the GMS-5003