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Soil indigenous microbiome and plant genotypes cooperatively modify soybean rhizosphere microbiome assembly.

Fang LiuTarek HeweziSarah L LebeisVince PantaloneParwinder S GrewalMargaret E Staton
Published in: BMC microbiology (2019)
This comprehensive comparison of the soybean microbiome between soil types and genotypes expands our understanding of rhizosphere microbe assembly in general and provides foundational information for soybean as a legume crop for this assembly process. The cooperative modulating role of the soil type and host genotype emphasizes the importance of integrated consideration of soil condition and plant genetic variability for future development and application of synthetic microbiomes. Additionally, the detection of the tuning role by soybean genotype in rhizosphere microbiome assembly provides a promising way for future breeding programs to integrate host traits participating in beneficial microbiota assembly.
Keyphrases
  • plant growth
  • microbial community
  • current status
  • genome wide
  • public health
  • gene expression
  • climate change
  • signaling pathway
  • health information
  • clinical evaluation
  • sensitive detection