AI Article Synopsis

  • Strain CMT1, isolated from nodules of non-inoculated Roundup Ready soybean plants in Paraguay, has a genome size of 338,984,909 bp and a G + C content of 59.2%.
  • The strain features 55 contigs and contains 5,272 predicted coding DNA sequences, indicating a well-defined genetic structure.
  • CMT1 is identified as a promising plant growth-promoting bacterium, potentially enhancing soybean yield and quality while reducing the negative impacts of unsustainable agriculture.

Article Abstract

Strain CMT1 was isolated from nodules of non-inoculated Roundup Ready (RR) soybean plants ( L. Merrill), which were collected in fields in Itauguá, Paraguay. The genome of this strain had 338,984,909 bp; 59.2 % G + C content; 377648 bp N50; 5 L50; 55 contigs; 51 RNAs and 5,272 predicted coding DNA sequences (CDS) distributed in 327 subsystems. Based on overall genome-relatedness indices (OGRIs), this strain was taxonomically affiliated with . Based on genome mining, strain CMT1 is a promising plant growth-promoting bacterium that could be validated in agricultural fields for increasing soybean yield and quality, diminishing the economic, environmental, and health costs of non-sustainable food production.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11284674PMC
http://dx.doi.org/10.1016/j.crmicr.2024.100259DOI Listing

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