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Hormone response to bidirectional selection on social behavior
Gro Amdam
, Robert Page
, M. Kim Fondrk
, Colin S. Brent
Life Sciences, School of (SOLS)
Biology and Society, Center for
Research output
:
Contribution to journal
›
Article
›
peer-review
47
Scopus citations
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Keyphrases
Social Behavior
100%
Honey Bee
100%
Hormone Response
100%
Bidirectional Selection
100%
Food Storage
50%
Developmental Processes
50%
Life Stages
50%
Ecdysteroids
50%
Storage Behavior
50%
Juvenile Hormone
50%
Ovary Size
50%
Genotype
25%
Apis Mellifera
25%
Strain Specificity
25%
Early Development
25%
Quantitative Traits
25%
Behavioral Traits
25%
Physiological Characteristics
25%
Gene Network
25%
Hormonal System
25%
Early Adults
25%
Reproductive Traits
25%
Multiple Genes
25%
Female Reproductive
25%
Behavioral Variation
25%
Strain Differences
25%
Reproductive Anatomy
25%
Anatomical Features
25%
Adult Phenotype
25%
Hormonal Control
25%
Genetic Control
25%
Secretion Rate
25%
Selective Breeding
25%
Adult Life
25%
Complex Associations
25%
Endocrine Effects
25%
Pleiotropic Gene
25%
Insect Hormones
25%
Agricultural and Biological Sciences
Honey Bees
100%
Ecdysteroid
50%
Juvenile Hormone
50%
Food Storage
50%
Quantitative Trait
25%
Apis mellifera
25%
Reproductive Traits
25%
Endocrine System
25%
Early Development
25%
Strain Difference
25%
Selective Breeding
25%
Hormonal Regulation
25%
Insect Hormone
25%
Apoidea
25%