Biochemistry, Genetics and Molecular Biology
Additive Genetic Effects
45%
Allele
90%
Biological Phenomena and Functions Concerning the Entire Organism
9%
Bovine
54%
Breed
27%
Candidate Gene
72%
Cholesterol Metabolism
13%
Domestic Horse
9%
Effective Population Size
13%
Embryogenesis
31%
Equus
13%
Gamete
13%
Gametogenesis
9%
Genetic Background
54%
Genetic Determinism
13%
Genetic Divergence
27%
Genetic Trait
13%
Guilt
54%
Haplotype
54%
Heterosis
22%
High Throughput Sequencing
27%
Holstein Cattle
54%
Homeostasis
13%
Hormone Action
9%
Horse Breed
63%
Inbreeding
18%
Lamb
27%
Leporidae
54%
Major Gene
18%
Mare
45%
Mendelian Inheritance
81%
Microsatellite DNA
40%
Microsatellite Marker
13%
Paternity Test
68%
Pedigree
18%
Progeny
100%
Reproductive Success
9%
Sample Size
18%
Sex Ratio
54%
Sheep Breed
54%
Single Nucleotide Polymorphism
81%
Spermatogenesis
9%
Stallion
45%
Whole Genome Sequencing
54%
Agricultural and Biological Sciences
Allele
72%
Animal Genetics
13%
Breed
18%
Breeding Value
76%
Bulls
9%
Canadians
36%
Cholesterol Metabolism
13%
Cow
54%
Dairy Cattle
81%
Dry Matter Intake
54%
Equus
13%
Feed Efficiency
9%
Feeds
34%
Flocks
18%
Gametocyte
9%
Gametogenesis
9%
Genetic Background
27%
Genetic Line
9%
Genetic Marker
54%
Genetic Trait
13%
Genetic Variance
18%
Haplotype
27%
Herd
9%
Heterosis
22%
Holstein
59%
Homeostasis
13%
Horse Breed
63%
Lamb
18%
Lambing
54%
Linear Models
36%
Livestock Species
13%
Mare
45%
Mendelian Inheritance
36%
Microsatellite
40%
Polypay
18%
Reproductive Performance
9%
Romanov
18%
Sheep Breed
54%
Single Nucleotide Polymorphism
59%
Sires
27%
Small Ruminants
18%
Spermatogenesis
9%
Spermiogenesis
9%
Stallion
45%
Variance
36%
Immunology and Microbiology
Allele
36%
Biological Phenomena and Functions Concerning the Entire Organism
9%
Bovine
54%
Domestic Horse
9%
Effective Population Size
13%
Embryo Development
18%
Gametogenesis
9%
Genetic Background
54%
Haplotype
54%
Heredity
18%
Heterosis
9%
High Throughput Sequencing
27%
Holstein Cattle
54%
Hormone Action
9%
Horse Breed
9%
Inbreeding
18%
Leporidae
54%
Major Gene
18%
Mare
18%
Oocyte
9%
Paternity Test
54%
Pedigree
18%
Progeny
72%
Reproductive Success
9%
Sample Size
18%
Sex Ratio
54%
Single Nucleotide Polymorphism
81%
Spermatogenesis
9%
Stallion
18%
Whole Genome Sequencing
54%