Keyphrases
Rhizobium
100%
Ensifer Meliloti
69%
T4SS
55%
Type IV Secretion System
55%
Sinorhizobium Meliloti
41%
Effector Proteins
38%
Symbiosis
37%
Legumes
34%
Sinorhizobium
34%
Nodule
28%
Egyptian
27%
Berseem Clover
27%
Draft Genome Sequence
27%
Free-living Environment
27%
Triclosan
27%
Genome-wide Association Analysis
27%
Municipal Wastewater
27%
Rhizobium Strains
27%
Genome-wide Association Study
27%
Alkaline-tolerant
27%
Multidrug-resistant Pseudomonas Aeruginosa (MDRPA)
27%
Complete Genome Sequence
27%
Resequence
27%
Relative Fitness
27%
Type IV Effectors
27%
Nitrogen-fixing Rhizobia
27%
Signal Exchange
27%
Secretion Signal
27%
Medicago
27%
Secretion Systems
27%
Replicon
27%
Alfalfa
27%
VirD4
27%
Transposon
27%
Repeat Elements
27%
Gene Transfer
27%
Nodulation
19%
G+C Content
17%
Nitrogen Fixation
16%
Hawaii
13%
Tolerant Strain
13%
Egypt
13%
Coding Sequence
13%
Salt-tolerant Strain
13%
Plant Host
13%
Symbiotic Bacteria
13%
Multi-strain
13%
Medicago Truncatula
13%
Electric Field-induced Strain
13%
Genetic Variants
12%
Biochemistry, Genetics and Molecular Biology
Rhizobiaceae
87%
Rhizobium
87%
Sinorhizobium meliloti
55%
Transposable Element
27%
Secretion (Process)
27%
Replicon
27%
Pseudomonas aeruginosa
27%
Genome Wide Association Study
27%
Genome-Wide Association Study
27%
Clover
27%
GC-content
17%
Root Nodule
17%
Genomics
14%
Host Range
13%
RNA
13%
Genetic Architecture
11%
Phenotypic Variation
11%
Gene Linkage Disequilibrium
11%
Gene Linkage
11%
Plasmid
10%
Nitrogen Assimilation
9%
Type Strain
6%
New Species
6%
Melilotus
6%
Genetic Divergence
5%
Candidate Gene
5%
Gene Function
5%
Genotyping
5%
Immunology and Microbiology
Rhizobiaceae
58%
Rhizobium
58%
Type IV Secretion System
55%
Sinorhizobium meliloti
45%
Sinorhizobium
33%
Medicago
33%
Pseudomonas aeruginosa
27%
Symbiotic Bacteria
27%
Clover
27%
Nitrogen Fixation
19%
Melilotus
18%
DNA Base Composition
13%
Lineages
13%
Bacterial Population
13%
Gene Frequency
13%
Gene Function
13%
Root Nodule
11%
Type Strain
10%
New Species
6%
Bacterial Cell
5%
DNA Fingerprinting
5%
Bacterial Strain
5%
Host Cell
5%
Gene Cluster
5%