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Nutritional regulation of division of labor in honey bees: Toward a systems biology perspective
Seth A. Ament
, Ying Wang
,
Gene E. Robinson
Carl R. Woese Institute for Genomic Biology
Political Science
Entomology
Beckman Institute for Advanced Science and Technology
Natural Resources and Environmental Sciences
Center for Advanced Study
Biomedical and Translational Sciences
Prairie Research Institute
Neuroscience Program
Siebel School of Computing and Data Science
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Keyphrases
Systems Biology
100%
Honey Bee
100%
Division of Labor
100%
Food Regulation
100%
Nutritional Status
50%
Hive
50%
Phenotypic Plasticity
50%
Environmental Conditions
25%
Molecular Pathways
25%
Nectar
25%
Behavioral Plasticity
25%
Systems Biology Approach
25%
Physiological Mechanism
25%
Brood Care
25%
Food-related
25%
Hormonal Pathway
25%
Behavioral Maturation
25%
Physiological Maturation
25%
Internal nutrients
25%
Environmental Mechanism
25%
Genomic Mechanisms
25%
Key Environmental Variables
25%
Small nutrients
25%
Honey Bee Behavior
25%
Agricultural and Biological Sciences
Biological Sciences
100%
Honey Bees
100%
Phenotypic Plasticity
66%
Nutritional Status
66%
Worker Honey Bees
66%
Apoidea
33%