… sequences of different species, and dnasp5 was used to calculate the pi value of each
gene. The comparative analysis of mitochondrial genome structure between P. granatum and …

… sanguinea possesses a multichromosomal structure of 18 circular … the evolution of a
multichromosomal mitogenome from a master circle, which involves mutation in organellar DNA …

… mt genomes were considered as multichromosomal genomes. Because the distance measure
is based on the neighborhood of genes, the overall organization of the genomes does not …

… found in plant mitochondrial genomes, with special emphasis on multichromosomal structures
… inheritance patterns of multichromosomal plant mitochondria and examining architectural …

… Understanding the rates at which synonymous and nonsynonymous mutations occur is
meaningful in evolutionary analysis. The commonly used parameters are synonymous mutation …

… Mitochondrion is a semi-autonomous organelle that supplies cells with ATP through oxidative
phosphorylation. In higher plants, the mitochondrial DNA (mtDNA) … mitochondrial genome (…

… mitochondrial DNA (mtDNA) have not yet been performed. Furthermore, analyses of transcripts
in the mitochondrial genome … study, we examined the mitochondrial genome of the onion …

… showed complex multichromosomal structures [15]. Multichromosomal mitochondrial genomes
have also been … Recently, the multichromosomal structure has also been observed in the …

… Deciphering mitochondrial genome (mitogenome) is important for elucidating vital activities
of species. The complete chloroplast (cp) and nuclear genome sequences of Populus …

… The objectives of this study were: (1) to trace variation and evolution of multi-chromosomal
structure and genomic content in Dendrobium mitogenomes; (2) to assess the frequency of …