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Energy poverty and health expenditure: Evidence from Ghana
Energy Economics, 2021Drawing on data from the seventh round of the Ghana Living Standard Survey (GLSS 7), we examine the effect of energy poverty on household health expenditures.
Chei Bukari, Shanaz Broermann, D. Okai
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Sustainable Development, 2020
The study aims to examine the potential relationship between public health expenditures, logistics performance indices, renewable energy, and ecological sustainability in Association of Southeast Asian Nations member countries.
S. Khan +4 more
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The study aims to examine the potential relationship between public health expenditures, logistics performance indices, renewable energy, and ecological sustainability in Association of Southeast Asian Nations member countries.
S. Khan +4 more
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The determinants of residential energy expenditure in Italy
Energy, 2018As a large part of primary energy consumption in different countries is related to the residential sector, a reduction in energy consumption at the "household-scale" may determine a significant reduction in the carbon emission at the "country-scale ...
G. Besagni, M. Borgarello
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Energy expenditure cutting supercane
Journal of Applied Physiology, 1975VO2 VE, and heart rates (fH) were measured in 61 Colombian sugarcane cutters while harvesting cane in the AM and PM and in the laboratory during a VO2max test. Productivity and sweat rates were also measured in the field. The subjects had an estimated dietary intake of 2,970 kcal/day, which was lower than calculated daily energy expenditure.
G B, Spurr, M, Barac-nieto, M G, Maksud
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The American Journal of Clinical Nutrition, 1991
Whether sedentary energy expenditure is normal or lower in elderly people has not yet been clearly established. Twenty-four-hour energy expenditure (24EE) and its different components were measured by use of a respiratory chamber in elderly (17 male, 21 female; 71 +/- 6 y, mean +/- SD; 71.2 +/- 13.5 kg; 32 +/- 8% fat) and young (33 male, 31 female; 24 +
L, Vaughan, F, Zurlo, E, Ravussin
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Whether sedentary energy expenditure is normal or lower in elderly people has not yet been clearly established. Twenty-four-hour energy expenditure (24EE) and its different components were measured by use of a respiratory chamber in elderly (17 male, 21 female; 71 +/- 6 y, mean +/- SD; 71.2 +/- 13.5 kg; 32 +/- 8% fat) and young (33 male, 31 female; 24 +
L, Vaughan, F, Zurlo, E, Ravussin
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ENERGY EXPENDITURE: BIOSYNTHESES
1968In an actively growing culture of micro-organisms, ATP formed by the energy-yielding metabolism of the organisms is rapidly expended in a variety of metabolic processes. An appreciable amount of ATP is consumed in the biosynthesis of new cell components, including energy-storage compounds such as glycogen and poly-β-hydroxybutyrate; but there are other
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Energy expenditure during bicycling
Journal of Applied Physiology, 1990This study was designed to measure the O2 uptake (VO2) of cyclists while they rode outdoors at speeds from 32 to 40 km/h. Regression analyses of data from 92 trials using the same wheels, tires, and tire pressure with the cyclists riding in their preferred gear and in an aerodynamic position indicated the best equation (r = 0.84) to estimate VO2 in ...
S D, McCole +4 more
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Measurement of energy expenditure
Pediatric Blood & Cancer, 2011AbstractAlthough investigators have been engaged in the study of human energy metabolism for over 100 years, there remain unanswered questions regarding the role that energy expenditure plays in human health and disease. A critical examination of available methods for measurement of the various components of daily energy expenditure is presented. Using
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Measurement of Energy Expenditure
2014Background At the present state of the art, energy expenditure is measured with indirect calorimetry, where energy production is calculated from oxygen consumption, carbon dioxide production and urine-nitrogen loss. Daily energy expenditure consists of three components, i.e.
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Activity and energy expenditure
Canadian Journal of Physiology and Pharmacology, 1990The influence of small changes in activity on energy expenditure and hence on energy requirements and energy balance is assessed. Evidence from direct and indirect calorimetry suggests that differences in spontaneous minor activity could readily alter 24-h energy expenditure by as much as 20%. This compares with values in the order of 10% for moderate
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