Medicine & Life Sciences
Cattle
100%
Single Nucleotide Polymorphism
40%
Meat
36%
Animals
33%
Breeding
30%
Brazil
23%
Weaning
22%
Multifactorial Inheritance
20%
Genome-Wide Association Study
19%
Machine Learning
17%
Weights and Measures
17%
Genome
17%
Genes
16%
Maternal Inheritance
15%
Livestock
15%
Growth
14%
Artificial Intelligence
14%
Red Meat
13%
Milk
12%
Structural Models
11%
Phenotype
11%
Farms
10%
Weight Gain
10%
Feeding Behavior
10%
Quality Control
9%
Forests
9%
Parturition
9%
Deep Learning
8%
Precocious Puberty
8%
Babesia bovis
8%
Tick Infestations
8%
Mothers
8%
Lactation
7%
Anaplasmosis
7%
Rumen
7%
Meta-Analysis
7%
Babesiosis
6%
Linear Models
6%
Animal Models
6%
Gene Frequency
6%
Haplotypes
6%
Metagenomics
6%
Population
5%
Datasets
5%
Body Image
5%
Genotype
5%
Human Mammary Glands
5%
Islands
5%
Choline
5%
Agriculture & Biology
Nellore
74%
cattle
40%
genomics
25%
yearlings
22%
growth traits
22%
prediction
21%
artificial intelligence
18%
calves
16%
animals
16%
calving
16%
heritability
15%
backfat
15%
computer vision
14%
breeding value
14%
Holstein
13%
dairy calves
12%
Brazil
12%
carcass characteristics
12%
genetic correlation
12%
weaning
11%
carcass quality
11%
single nucleotide polymorphism
11%
neural networks
11%
cows
11%
learning
10%
feeding behavior
10%
weight gain
10%
meat quality
9%
methodology
9%
marbling
9%
beef cattle
8%
genome
8%
reproductive traits
8%
early development
7%
dairy heifers
7%
phenotype
7%
bulls
7%
lactation curve
6%
Babesia bovis
6%
anaplasmosis
6%
heifers
6%
genome-wide association study
6%
tick infestations
6%
beef
6%
rumination
6%
Midwestern United States
6%
dams (mothers)
6%
genotype-environment interaction
5%
Hereford
5%
carcass weight
5%
