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2000
Volume 24, Issue 4
  • ISSN: 1389-2029
  • E-ISSN: 1875-5488

Abstract

Background: The species and , popularly known as white sucupira or faveira, are native to the Cerrado biome and have the potential for medicinal use and reforestation. They are sister species with evolutionary proximity. Objective: Considering that the chloroplast genome exhibits a conserved structure and genes, the analysis of its sequences can contribute to the understanding of evolutionary, phylogenetic, and diversity issues. Methods: The chloroplast genomes of and were sequenced on the Illumina MiSeq platform. The genomes were assembled based on the strategy. We performed the annotation of the genes and the repetitive regions of the genomes. The nucleotide diversity and phylogenetic relationships were analyzed using the gene sequences of these species and others of the Leguminosae family, whose genomes are available in databases. Results: The complete chloroplast genome of is 159,877 bp, and that of is 159,873 bp. The genomes of both species have circular and quadripartite structures. A total of 127 genes were predicted in both species, including 110 single-copy genes and 17 duplicated genes in the inverted regions. 141 microsatellite regions were identified in and 140 in . The nucleotide diversity estimates of the gene regions in twenty-one species of the Leguminosae family were 0.062 in LSC, 0.086 in SSC, and 0.036 in IR. The phylogenetic analysis demonstrated the proximity between the genera and , both from the clade Dipterygeae. Ten pairs of primers with potential for the development of molecular markers were designed. Conclusion: The genetic information obtained on the chloroplast genomes of and presented here reinforces the similarity and evolutionary proximity between these species, with a similarity percentage of 99.8%.

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/content/journals/cg/10.2174/0113892029244147231016050434
2023-07-01
2025-09-22
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