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The mechanisms underlying seasonal timing of breeding: a multi-level approach using bi-directional genomic selection on timing of egg-laying
Irene Charlotte Verhagen
Animal Breeding and Genomics
WIAS
PE&RC
Research output
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Thesis
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internal PhD, WU
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Dive into the research topics of 'The mechanisms underlying seasonal timing of breeding: a multi-level approach using bi-directional genomic selection on timing of egg-laying'. Together they form a unique fingerprint.
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Agriculture & Biology
marker-assisted selection
100%
oviposition
84%
breeding
60%
Parus major
47%
DNA methylation
32%
liver
31%
aviaries
30%
dates (fruit)
24%
methylation
21%
natural selection
21%
early selection
21%
tissues
20%
gene expression
18%
birds
18%
temperature
18%
transcription initiation site
18%
phenotype
15%
hypothalamus
15%
phenology
14%
plasticity
13%
pair housing
13%
genes
13%
erythrocytes
12%
correlated responses
9%
hormonal regulation
8%
genome
8%
temperate zones
8%
phenotypic plasticity
8%
circadian rhythm
7%
molecular biology
7%
reproductive success
7%
breeding season
6%
rearing
6%
climate change
6%
biodiversity
6%
physiology
6%
climate
6%
transcription (genetics)
5%
promoter regions
5%
brain
5%
prediction
5%
RNA
5%
genetic variation
4%