Chemotaxis, induced gene expression and competitiveness in the rhizosphere

Agriculture & Biology

• chemotaxis 85%
• nodulation 76%
• Rhizobium 72%
• rhizosphere 64%
• gene expression 44%
• phenolic compounds 41%
• plant exchange 39%
• mutation 33%
• root exudates 28%
• soil bacteria 26%
• host specificity 26%
• symbionts 23%
• legumes 19%
• secretion 17%
• microorganisms 15%
• carbon 15%
• nitrogen 14%
• bacteria 13%
• genes 8%

Earth & Environmental Sciences

• chemotaxis 100%
• gene expression 85%
• competitiveness 83%
• rhizobacterium 73%
• mutation 36%
• host specificity 28%
• motility 22%
• symbiont 21%
• secretion 19%
• gene 13%
• nitrogen 10%
• soil 7%
• effect 4%