Anoxia Defines The Lack Of Free Molecular Oxygen In An Environment. In The Presence Of Organic Matter, Anaerobic Prokaryotes Produce Compounds Such As Free Radicals, Hydrogen Sulfide, Or Methane That Are Typically Toxic To Aerobes. The Concomitance Of Suppressed Respiration And Presence Of Toxic Sub
[Cellular Origin, Life in Extreme Habitats and Astrobiology] Anoxia Volume 21 || The Role of Eukaryotes in the Anaerobic Food Web of Stratified Lakes
โ Scribed by Altenbach, Alexander V.; Bernhard, Joan M.; Seckbach, Joseph
- Book ID
- 120608477
- Publisher
- Springer Netherlands
- Year
- 2011
- Weight
- 190 KB
- Category
- Article
- ISBN
- 9400718969
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Anoxia Defines The Lack Of Free Molecular Oxygen In An Environment. In The Presence Of Organic Matter, Anaerobic Prokaryotes Produce Compounds Such As Free Radicals, Hydrogen Sulfide, Or Methane That Are Typically Toxic To Aerobes. The Concomitance Of Suppressed Respiration And Presence Of Toxic Sub
Anoxia Defines The Lack Of Free Molecular Oxygen In An Environment. In The Presence Of Organic Matter, Anaerobic Prokaryotes Produce Compounds Such As Free Radicals, Hydrogen Sulfide, Or Methane That Are Typically Toxic To Aerobes. The Concomitance Of Suppressed Respiration And Presence Of Toxic Sub