INIS
brucella
100%
surveillance
100%
mice
100%
validation
100%
genes
100%
polymerase chain reaction
66%
accuracy
66%
laboratories
66%
assessments
66%
comparative evaluations
66%
in vitro
43%
macrophages
40%
complement
33%
regulations
33%
variations
33%
investigations
33%
WHO
33%
inclusions
33%
specificity
33%
quality control
33%
devices
33%
transcription
33%
strains
33%
nucleotides
33%
public health
33%
risks
33%
synthesis
30%
growth
30%
lipopolysaccharides
20%
fatty acids
20%
lungs
20%
aerosol monitoring
12%
oxidation
10%
biosynthesis
10%
carbohydrates
10%
mammals
10%
humans
10%
tryptophan
10%
transport
10%
interleukins
10%
methionine
10%
zoonosis
10%
levels
10%
metabolism
10%
defense
10%
transposons
10%
purines
10%
proliferation
10%
in vivo
10%
Keyphrases
Environmental Screening
100%
Accreditation
100%
ISO 15189
100%
Amplicon-based
66%
ARTIC
66%
SARS-CoV-2 Strains
33%
Methionine Transport
33%
Tryptophan Metabolism
33%
Pulmonary Infection
33%
Optimal Growth
33%
Tn-seq
33%
Lung Condition
33%
Asthmatic Mice
33%
Reverse Complement
33%
Single nucleotide Variation
33%
Nextclade
33%
Outbreak Investigation
33%
In Vitro Diagnostics
33%
Oxford Nanopore Technologies
33%
Illumina Technology
33%
NGS Method
33%
Next-generation Sequencing Technology
33%
Surveillance Network
33%
Immunomonitoring
16%
Pre-vaccine
16%
Interferon Regulatory Factor 3 (IRF3)
16%
IRF7
16%
Aerosol Monitoring
16%
Fatal Case
16%
Immune Signature
16%
Coronavirus Disease 2019 Outbreak
16%
Initial Infection
16%
Nasal mucosa
16%
NCounter
16%
ACE2 Receptor
16%
Aerosol Sampling
16%
Whole-genome Phylogenetics
16%
Introduction Event
16%
Layered Strategy
16%
ORF7a
16%
Delta-Gamma
16%
Immunology and Microbiology
Severe Acute Respiratory Syndrome Coronavirus 2
100%
Next Generation Sequencing
100%
Brucella Melitensis
100%
Mouse
100%
Macrophage
75%
Brucella
50%
Amplicon
50%
Zoonosis
25%
Transposon
25%
Interleukin
25%
Fatty Acid Metabolism
25%
Purine Synthesis
25%
Single Nucleotide Polymorphism
25%
Mucosal Immune System
25%
Reverse Transcription Polymerase Chain Reaction
25%
Alveolar Macrophage
25%
Cell Level
25%
Type IV Secretion System
25%
Cytokine
25%
Carbohydrate Metabolism
25%
Polymerase Chain Reaction
25%
Nose Mucosa
16%
