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Global profiling of antibiotic resistomes in maize rhizospheres
Dung Ngoc Pham
, Qiong Wu
,
Mengyan Li
Chemistry and Environmental Science
Research output
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Contribution to journal
›
Article
›
peer-review
7
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Keyphrases
Maize Rhizosphere
100%
Antibiotic Resistome
100%
Global Profiling
100%
Michigan
50%
Resistome
50%
RbpA
50%
Human Pathogens
50%
Antibiotic Resistance Genes
50%
MtrA
50%
Global Concern
25%
Food Products
25%
Recombination
25%
South Africa
25%
Netherlands
25%
Metagenomics
25%
Binding Site
25%
High Abundance
25%
Low Mobility
25%
High Similarity
25%
High Diversity
25%
Agricultural Practices
25%
Relative Abundance
25%
Actinobacteria
25%
Antimicrobial Resistance
25%
Mobile Genetic Elements
25%
Soil Bacteria
25%
Soil Management
25%
Mobile Genes
25%
Animal Pathogens
25%
Crop Fields
25%
Gene Cassettes
25%
BlaTEM
25%
Crop Products
25%
Flanking Region
25%
Host Bacteria
25%
Composted Manure
25%
Manure
25%
Rhizosphere Metagenome
25%
Antibiotic-treated
25%
Immunology and Microbiology
Resistome
100%
Antimicrobial Agent
100%
Antibiotic Resistance
100%
Metagenome
66%
Human Pathogen
66%
Actinobacteria
33%
Binding Site
33%
Mobile Genetic Elements
33%
Soil Microflora
33%
DNA Flanking Region
33%
Gene Cassette
33%
Bacterium
33%