An inexpensive method for laboratory growth of anaerobic bacteria, replacing traditional anaerobic chambers and jars and allowing small-scale growth of bacterial cultures in various types of laboratory plates and test tubes. It also enables storage of small quantity oxygen-sensitive substances as well as real-time measurements of anaerobic chemical, biochemical and microbiological reactions using conventional microplate readers.
Key features of this technology
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Economic
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Simple
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Efficient
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Allows use of small quantity substances and bacterial cultures
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Built-in indicator for level of oxygen
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No limitation on use of plates/ test tubes (material, size etc.)
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Real-time measurements of anaerobic chemical, biochemical and microbiological reactions using conventional microplate readers
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