Results 231 to 240 of about 254,236 (270)
Domain coupling in allosteric regulation of SthK measured using time-resolved transition metal ion FRET. [PDF]
ElifeEggan P, Gordon SE, Zagotta WN.
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Computational Characterization of the Energetics, Structure, and Spectroscopy of Biofuel Precursors: The Case of Furfural-Acetone-Furfural. [PDF]
J Comput ChemBenmoussa NC +8 more
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Designing Peptide Fossils That Model the Evolution of the Bacterial Ferredoxin Fold. [PDF]
JACS AuJagilinki BP +10 more
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Cardiac energetics in severe mitral regurgitation: relationship with eccentric hypertrophy, stroke volume, and effects of valve repair. [PDF]
Eur Heart J Imaging Methods PractPeterzan MA +14 more
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2017
Measurements of daily energy expenditure and water turnover showed that energy expenditure in cheetahs was not significantly greater than expected, but water turnover was low. There were no sex differences in daily energy expenditure, but when hunting along riverbeds cheetahs used more energy than when hunting in the dunes, probably because they moved ...
M.G.L. Mills, M.E.J. Mills
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Measurements of daily energy expenditure and water turnover showed that energy expenditure in cheetahs was not significantly greater than expected, but water turnover was low. There were no sex differences in daily energy expenditure, but when hunting along riverbeds cheetahs used more energy than when hunting in the dunes, probably because they moved ...
M.G.L. Mills, M.E.J. Mills
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Philosophical Transactions of the Royal Society of London. B, Biological Sciences, 1980
An understanding of the mechanisms by which bacteria derive their energy is clearly important for the prediction of growth yields. Bacteria can synthesize ATP by a variety of routes, by fermentation, by oxidative phosphorylation, and possibly by the excretion of metabolic end products. The bacterium Escherichia coli
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An understanding of the mechanisms by which bacteria derive their energy is clearly important for the prediction of growth yields. Bacteria can synthesize ATP by a variety of routes, by fermentation, by oxidative phosphorylation, and possibly by the excretion of metabolic end products. The bacterium Escherichia coli
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Protoplasma, 1967
This brief review is intended specifically as a cementum to the papers in the section on physiology in this Symposium. Since those papers are diverse in approach and content this short essay can not cover the situation adequately. Much less could it aim at being comprehensive with respect to the field concerned with the energetics of transport ...
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This brief review is intended specifically as a cementum to the papers in the section on physiology in this Symposium. Since those papers are diverse in approach and content this short essay can not cover the situation adequately. Much less could it aim at being comprehensive with respect to the field concerned with the energetics of transport ...
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1993
Inotropic alterations may alter contractile efficiency. Positive inotropic agents act mainly, if not exclusively, by increasing activation, which has very little effect on contractile efficiency. The metabolic effects of hypoxia may depress the contractile machinery directly.
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Inotropic alterations may alter contractile efficiency. Positive inotropic agents act mainly, if not exclusively, by increasing activation, which has very little effect on contractile efficiency. The metabolic effects of hypoxia may depress the contractile machinery directly.
openaire +2 more sources