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Leptin as a reproductive modulator: An eco-physiological approach
Elena Bukovetzky
,
Abraham Haim
Department of Biology
Department of Evolutionary and Environmental Biology
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
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Keyphrases
Acomys
25%
Acomys Cahirinus
25%
Adaptation
25%
Aldosterone
25%
Body Energy
25%
Central Nervous System
25%
Desert
100%
Endocrine Tissues
25%
Energy Expenditure
25%
Energy Intake
25%
Energy Sources
25%
Environmental Cues
25%
Food Availability
25%
Food Intake
25%
Fuel Storage
25%
Highly Dynamic
25%
Insulation
25%
Internal Signal
25%
Leptin
100%
Leptin Levels
25%
Metabolic Effects
25%
Metabolic Processes
25%
Osmotic Stress
50%
Peptide Hormone
25%
Physiological Approach
100%
Physiological Processes
25%
Possible Mechanisms
25%
Repletion
25%
Reproductive Behavior
50%
Reproductive System
25%
Rodents
25%
Spiny Mouse
25%
Unpredictable Environment
25%
Vasopressin
25%
Water Availability
25%
White Adipocytes
25%
Xeric Environment
25%
Medicine and Dentistry
Aldosterone
20%
Breed
20%
Caloric Intake
20%
Cell Body
20%
Central Nervous System
20%
Energy Expenditure
20%
Food Availability
20%
Food Intake
20%
Leptin
100%
Osmotic Stress
40%
Peptide Hormone
20%
Reproductive Medicine
60%
Reproductive System
20%
Vasopressin
20%
White Adipocyte
20%
Agricultural and Biological Sciences
Acomys
60%
Adipocyte
20%
Aldosterone
20%
Breed
20%
Central Nervous System
20%
Energy Intake
20%
Food Availability
20%
Food Intake
20%
Leptin
100%
Peptide Hormone
20%
Repletion
20%
Reproductive System
20%
Vasopressin
20%
Biochemistry, Genetics and Molecular Biology
Acomys
40%
Acomys cahirinus
20%
Adipocyte
20%
Aldosterone
20%
Breed
20%
Energy Expenditure
20%
Leptin
100%
Osmotic Stress
40%
Peptide Hormone
20%
Reproductive System
20%
Salinity
20%
Vasopressin
20%
Veterinary Science and Veterinary Medicine
Adipocyte
20%
Aldosterone
20%
Central Nervous System
20%
Leptin
100%
Mouse
20%
Peptide Hormone
20%
Vasopressin
20%