Genomic prediction of host resistance to sea lice in farmed Atlantic salmon populations

Medicine & Life Sciences

• Salmo salar 100%
• Phthiraptera 99%
• Oceans and Seas 78%
• Breeding 39%
• Single Nucleotide Polymorphism 36%
• Population 26%
• Pedigree 18%
• Selective Breeding 13%
• Salmon 11%
• Quantitative Trait Loci 10%
• Multifactorial Inheritance 10%
• Agriculture 9%
• Farms 9%
• Animals 8%
• Economics 6%
• Genotype 6%
• Phenotype 5%

Agriculture & Biology

• Caligidae 95%
• Salmo salar 71%
• prediction 46%
• genomics 43%
• single nucleotide polymorphism 31%
• louse control 22%
• breeding value 22%
• lice 16%
• pedigree 13%
• marker-assisted selection 13%
• selective breeding 8%
• economic impact 7%
• salmon 6%
• heritability 6%
• quantitative trait loci 5%
• animals 5%
• breeding programs 5%
• farming systems 5%
• farms 4%
• phenotype 4%
• genotype 4%
• methodology 3%
• testing 2%

Earth & Environmental Sciences

• louse 98%
• genomics 68%
• sea 36%
• polymorphism 36%
• prediction 34%
• breeding 27%
• selective breeding 11%
• marker 11%
• welfare impact 11%
• heritability 9%
• animal 9%
• den 8%
• genotype 7%
• phenotype 7%
• economic impact 7%
• farm 5%
• matrix 4%
• program 3%
• method 3%
• experiment 2%
• test 2%
• analysis 1%