anaerobe ( ) n. An organism, such as a bacterium, that can live in the absence of atmospheric oxygen ... when talking about 'aerobe' or 'anaerobe'? Read answer...
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anaerobe
living without free oxygen; contrast to aerobe
Source: Noland, George B. 1983. General Biology, 11th Edition. St. Louis, MO. C. V. Mosby ...
Anaerobe. An organism that grows in the absence of oxygen. See Aerobe.
strict anaerobe
An organism that cannot survive in an atmosphere of oxygen. Other substances, such as sulfate or nitrate, are the terminal electron acceptors in the electron transport chains that generate their ATP.
stroma ...
anaerobe - organism that wants very little or no oxygen
autotrophs - organisms that need no preformed organic foods
bacterial endospores - see endospores ...
obligate anaerobe A microorganism that can survive only under anaerobic conditions.
obligate symbiont Organism that is physiologically dependent on establishing a symbiotic relationship with another.
1 Obligate anaerobes
2 Facultative anaerobes and obligate aerobes
3 Fermentation in other organisms
4 Anaerobic respiration in prokaryotes
5 Examples of anaerobic respiration
6 Commercial applications of anaerobic respiration ...
Obligate anaerobes Organisms that cannot survive in the presence of oxygen and are thus usually dependent on fermentation as an source of cellular energy.
See Anaerobe. Agarose gel electrophoresis. A matrix composed of a highly purified form of agar that is used to separate larger DNA and RNA molecules ranging 20,000 nucleotides. (See Electrophoresis.) Alleles.
This obligate anaerobe is capable of utilizing various carbohydrates, including glucose, maltose, starch, cellulose and xylan as energy sources. In an attempt to further understand T.
The first primitive organisms were thermophilic (heat loving) anaerobes, meaning they lived in a very hot world with an atmosphere devoid of free oxygen. In fact, oxygen would have been poisonous to them.
Clostridia are spore-forming obligate anaerobes. The spores of C. tetani are widespread in the soil and often get into the body through wounds.
in the core, we can find bacteria that are strictly anaerobic, that actually can't live in the presence of oxygen. They're coexisting because the aerobes are scavenging the oxygen, actually creating the niche for these other bacteria, the anaerobes, ...
 See also: Oxygen, Organ, Cells, Trans, Compound
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