Difference between revisions of "Template:Normoxia - state or rate"
From Bioblast
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== Aerobic and anaerobic from normoxia to anoxia: oxygen availability and metabolic state or rate == | == Aerobic and anaerobic from normoxia to anoxia: oxygen availability and metabolic state or rate == | ||
''' Oxygen availability: state ''' | |||
::::* [[Normoxic]] | ::::* [[Normoxic]] | ||
::::* [[Hyperoxic]] | ::::* [[Hyperoxic]] | ||
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::::* [[Microxic]] - "Microxic regulation .. effectively increases the slope of the flux-pressure relation in the microxic region." [1] | ::::* [[Microxic]] - "Microxic regulation .. effectively increases the slope of the flux-pressure relation in the microxic region." [1] | ||
''' Metabolism: state or rate ''' | |||
::::* [[Aerobic]] - Whereas anaerobic ''metabolism'' may proceed in the absence or presence of oxygen (anoxic or oxic ''conditions''), aerobic ''metabolism'' is restricted to oxic ''conditions''. | ::::* [[Aerobic]] - Whereas anaerobic ''metabolism'' may proceed in the absence or presence of oxygen (anoxic or oxic ''conditions''), aerobic ''metabolism'' is restricted to oxic ''conditions''. | ||
::::* [[Anaerobic]] - "In zoophysiology, 'anaerobic' (without air) is rarely defined in terms of controlled measurements of the actual extent of anaerobic conditions. [1] | ::::* [[Anaerobic]] - "In zoophysiology, 'anaerobic' (without air) is rarely defined in terms of controlled measurements of the actual extent of anaerobic conditions. [1] | ||
::::* [[Anoxic]] - "When strictly ''anoxic'' conditions are not achieved, ''anaerobic'' metabolism proceeds simultaneously with oxygen consumption." [2] | ::::* [[Anoxic]] - "When strictly ''anoxic'' conditions are not achieved, ''anaerobic'' metabolism proceeds simultaneously with oxygen consumption." [2] | ||
''' Critical and limiting ''p''<sub>O<sub>2</sub></sub> ''' | |||
::::* [[Critical oxygen pressure]] | |||
::::* [[Limiting oxygen pressure]] | |||
''' References ''' | |||
:::# Gnaiger E (1991) Animal energetics at very low oxygen: Information from calorimetry and respirometry. In: Strategies for gas exchange and metabolism. Woakes R, Grieshaber M, Bridges CR (eds), Soc Exp Biol Seminar Series 44, Cambridge Univ Press, London:149-71. - [[Gnaiger 1991 Soc Exp Biol Seminar Series |»Bioblast link«]] | :::# Gnaiger E (1991) Animal energetics at very low oxygen: Information from calorimetry and respirometry. In: Strategies for gas exchange and metabolism. Woakes R, Grieshaber M, Bridges CR (eds), Soc Exp Biol Seminar Series 44, Cambridge Univ Press, London:149-71. - [[Gnaiger 1991 Soc Exp Biol Seminar Series |»Bioblast link«]] | ||
:::# Gnaiger E, Staudigl I (1987) Aerobic metabolism and physiological responses of aquatic oligochaetes to environmental anoxia. Heat dissipation, oxygen consumption, feeding and defecation. Physiol Zool 60:659-77. - [[Gnaiger 1987 Physiol Zool |»Bioblast link«]] | :::# Gnaiger E, Staudigl I (1987) Aerobic metabolism and physiological responses of aquatic oligochaetes to environmental anoxia. Heat dissipation, oxygen consumption, feeding and defecation. Physiol Zool 60:659-77. - [[Gnaiger 1987 Physiol Zool |»Bioblast link«]] |
Revision as of 08:18, 6 October 2021
Aerobic and anaerobic from normoxia to anoxia: oxygen availability and metabolic state or rate
Oxygen availability: state
Metabolism: state or rate
- Aerobic - Whereas anaerobic metabolism may proceed in the absence or presence of oxygen (anoxic or oxic conditions), aerobic metabolism is restricted to oxic conditions.
- Anaerobic - "In zoophysiology, 'anaerobic' (without air) is rarely defined in terms of controlled measurements of the actual extent of anaerobic conditions. [1]
- Anoxic - "When strictly anoxic conditions are not achieved, anaerobic metabolism proceeds simultaneously with oxygen consumption." [2]
Critical and limiting pO2
References
- Gnaiger E (1991) Animal energetics at very low oxygen: Information from calorimetry and respirometry. In: Strategies for gas exchange and metabolism. Woakes R, Grieshaber M, Bridges CR (eds), Soc Exp Biol Seminar Series 44, Cambridge Univ Press, London:149-71. - »Bioblast link«
- Gnaiger E, Staudigl I (1987) Aerobic metabolism and physiological responses of aquatic oligochaetes to environmental anoxia. Heat dissipation, oxygen consumption, feeding and defecation. Physiol Zool 60:659-77. - »Bioblast link«