Immunology and Microbiology
Brucella
100%
Brucella suis
83%
Biovar
48%
Lineages
48%
Haplotype
44%
Brucella abortus
41%
Multiplex Polymerase Chain Reaction
41%
Tandem Repeat
33%
Antimicrobial Resistance
27%
European Wild Boar
26%
Variable Number of Tandem Repeat
20%
Brucella canis
20%
Genetic Variability
20%
Aves
20%
Avian Pathogenic Escherichia Coli
20%
Brucella Melitensis
20%
Molecular Typing
20%
Whole Genome Sequencing
20%
Marine Mammal
20%
Delphinus Delphis
20%
Delphinus
20%
Resistome
16%
Prevalence
13%
Infectious Agent
11%
Arginine
10%
Domestic Pig
9%
Host Range
9%
Oyster
8%
Zoonosis
7%
Multilocus Sequence Typing
6%
Pathogenic Potential
6%
Infection Rate
6%
Toothed Whale
6%
Single Nucleotide Polymorphism
6%
Allopatry
6%
Indel Mutation
5%
Agricultural and Biological Sciences
Brucella
83%
Antimicrobial Resistance Genes
27%
Wild Boars
20%
Estuaries
20%
Source Attribution
20%
Selective Media
20%
Brucella melitensis
20%
Genotyping
20%
Delphinus delphis
20%
Haplotype
20%
Antimicrobial Resistance
20%
Delphinus
20%
Marine Mammal
13%
Aminoglycoside
10%
Oyster
10%
Pig
10%
Tetracycline
10%
Lineages
6%
Population Genetics
6%
Biotype
6%
Multilocus Sequence Typing
6%
Host Range
6%
Marine Environment
6%
Multiple-Locus Variable Number Tandem-Repeat Analysis
6%
Bream
5%
Clam
5%
Anthropogenic Activity
5%
Environmental Management
5%
Mussel
5%
Food Chain
5%
Gilts
5%
Biochemistry, Genetics and Molecular Biology
Brucella
41%
Antibiotic Resistance
27%
Delphinus
20%
Haplotype
20%
Genotyping
20%
Brucella suis
20%
European Wild Boar
20%
Delphinus delphis
20%
Antibiotic Resistance Gene
20%
Marine Mammal
13%
Prevalence
13%
Oyster
10%
Aminoglycoside
10%
Domestic Pig
6%
Population Genetics
6%
Biotype
6%
Infection Rate
6%
Toothed Whale
6%
Virulence Gene
6%
Genetics
6%
Host Range
6%
Multilocus Sequence Typing
6%
Variable Number Tandem Repeat
6%
Tetracycline Resistance
5%
Mussel
5%
Sea Bream
5%
Beta-Lactam Resistance
5%
Gilt (Swine)
5%
Clam
5%
