L/E coupling-control ratio: Difference between revisions
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|abbr=L/E | |abbr=L/E | ||
|description=The '''LEAK control ratio''' is an index of [[uncoupling]] or [[dyscoupling]] at constant [[ETS capacity]]. L/E increases with uncoupling from a theoretical minimum of 0.0 for a fully coupled system, to 1.0 for a fully uncoupled system. | |description=The '''LEAK control ratio''' is an index of [[uncoupling]] or [[dyscoupling]] at constant [[ETS capacity]]. L/E increases with uncoupling from a theoretical minimum of 0.0 for a fully coupled system, to 1.0 for a fully uncoupled system. | ||
See also [[LEAK state]]. | |||
|info=[[MiPNet12.15]]; [[Gnaiger_2009_IJCBC]] | |info=[[MiPNet12.15]]; [[Gnaiger_2009_IJCBC]] | ||
|type=Respiration | |type=Respiration | ||
Revision as of 15:49, 14 September 2010
- high-resolution terminology - matching measurements at high-resolution
L/E coupling-control ratio
Description
The LEAK control ratio is an index of uncoupling or dyscoupling at constant ETS capacity. L/E increases with uncoupling from a theoretical minimum of 0.0 for a fully coupled system, to 1.0 for a fully uncoupled system. See also LEAK state.
Abbreviation: L/E
Reference: MiPNet12.15; Gnaiger_2009_IJCBC
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