INIS
genes
100%
arabidopsis
99%
strains
81%
bacteria
77%
plant growth
76%
growth
68%
plasmids
56%
roots
50%
host
48%
soils
46%
communities
42%
interactions
42%
mutants
37%
pollutants
33%
aromatic compounds
32%
genetics
29%
salts
28%
tolerance
26%
environment
23%
herbicides
22%
regulations
22%
production
21%
transport
20%
auxins
18%
vectors
17%
microorganisms
17%
salinity
17%
metabolites
17%
aromatics
16%
metabolism
16%
comparative evaluations
16%
dynamics
16%
substrates
15%
signals
14%
units
14%
diversification
14%
enzymes
14%
benzoates
14%
range
14%
concentration
13%
limit cycle
13%
plasticity
13%
calculation methods
13%
solutions
13%
antibiotics
13%
hydroxylases
13%
copper
13%
mine tailings
13%
assessments
13%
enrichment
13%
Keyphrases
Arabidopsis Thaliana
40%
Ralstonia Eutropha
40%
3-chlorobenzoate
28%
Plant Growth Promotion
28%
Chlorocatechol
28%
Plasmid pJP4
28%
Aromatic Compounds
26%
Acid Degradation
26%
Root Exudates
26%
IncP-1 Plasmid
26%
Quorum Sensing
26%
2,4-Dichlorophenoxyacetic Acid
23%
Microbial Community
20%
Degradation Pathway
19%
Chloroaromatics
18%
Pollutants
16%
Plant Growth-promoting Traits
16%
Burkholderia Phytofirmans
15%
Cupriavidus Necator JMP134
15%
Bacterial Community
14%
Chlorobenzoate
14%
Rhizosphere
14%
Plant Growth-promoting Rhizobacteria
13%
Arabidopsis
13%
Cupriavidus pinatubonensis JMP134
13%
Acacia Caven
13%
Rhizosphere Microbiome
13%
Depurative
13%
Antibiotic Resistance Genes
13%
Agricultural Systems
13%
Hydroxylase
13%
Chlorophenols
13%
Arabidopsis Root
13%
Copper Mining
13%
Bacterial Enrichment
13%
Copper Mine Tailings
13%
Operational Phylogenetic Units
13%
Euhalophyte
13%
Halophilic
13%
Baccharis Linearis
13%
Bacterial Degradation
13%
Genome Organization
13%
Mobile Elements
13%
Aromatic Compound Degradation
13%
Upstream Open Reading Frame (uORF)
13%
Catabolic Plasmid
13%
Environmental Interests
13%
Microbial Evolution
13%
Mining Tailings
13%
Plant-bacteria Interaction
13%
Immunology and Microbiology
Plant Growth
85%
Arabidopsis thaliana
65%
Arabidopsis
43%
Microorganism
32%
Cupriavidus Necator
31%
Cupriavidus
28%
Root Exudate
26%
Quorum Sensing
26%
Cladistics
26%
Plasmid
20%
Salinity
20%
Salt Stress
16%
Rhizobium
16%
Metabolite
16%
Halophyte
16%
Paraburkholderia
15%
Plant Root
14%
Acacia
13%
Gene Cluster
13%
Phylogeny
13%
Burkholderia
13%
Stress
13%
Genetic Regulation
13%
Microbial Evolution
13%
Bacterial Metabolism
13%
Amaranthaceae
13%
Baccharis
13%
Burkholderiaceae
13%
Acetic Acid
13%
Rosette Formation
13%
Rhizobacterial Community
13%
Salt Tolerance
10%
Halophile
10%
Microflora
10%
Plant Growth-Promoting Bacterium
10%
Bacterium Mutant
10%
Necator
8%
Dynamics
8%
Taxon
6%
Gammaproteobacteria
6%
Microbiome
6%
Xenobiotic
6%
Glomus (Fungus)
6%
Actinobacteria
6%
Firmicutes
6%
Gene Control
6%
Oncogene
6%
Root Growth
6%
Homoserine
6%
Acclimatization
6%
