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Core temperature: A forgotten variable in energy expenditure and obesity?
L. Landsberg
*
*
Corresponding author for this work
Medicine, Endocrinology Division
Research output
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Contribution to journal
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Article
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peer-review
52
Scopus citations
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obesity
100%
weight
100%
energy consumption
100%
humans
66%
gain
66%
mice
33%
rats
33%
rodents
33%
efficiency
33%
energy
33%
maintenance
33%
compartments
33%
reviews
33%
losses
33%
output
33%
approximations
33%
energy conservation
33%
economy
33%
energy balance
33%
hibernation
33%
Biochemistry, Genetics and Molecular Biology
Energy Expenditure
100%
Core Temperature
100%
Temperature
60%
Weight
60%
Human
40%
Hibernation
20%
Rodent
20%
Energy
20%
Energy Balance
20%
Energy Conservation
20%
Ob/Ob Mouse
20%
Species
20%
Rat
20%
Torpor
20%
Immunology and Microbiology
Core Temperature
100%
Energy Expenditure
100%
Temperature
60%
Human
40%
Body Weight Gain
40%
Rodent
20%
Ob/Ob Mouse
20%
Energy
20%
Energy Balance
20%
Species
20%
Rat
20%
Weight
20%
Energy Conservation
20%
Hibernation
20%
Torpor
20%
Earth and Planetary Sciences
Expenditure
100%
Core
100%
Temperature
100%
State
37%
Rodent
12%
Energy Balance
12%
Compartment
12%
Energy Conservation
12%
Efficiency
12%
Maintenance
12%
Shape
12%
Mice
12%
Species
12%
Output
12%
Rat
12%
Proportion
12%
Economy
12%
Torpor
12%
Medicine and Dentistry
Obesity
100%
Energy Expenditure
100%
Human
66%
Ob/Ob Mouse
33%
Species
33%
Torpor
33%
Weight Loss
33%
Energy Balance
33%
Veterinary Science and Veterinary Medicine
Rat
100%
Mouse
100%
Rodent
100%
Torpor
100%