Background Mitochondria are the powerhouse of the cell and are critical for plant growth
and development. Pitaya (Selenicereus or Hylocereus) is the most important economic crop …

Background The complex physical structure and abundant repeat sequences make it difficult
to assemble the mitogenomes of seed plants, especially gymnosperms. Only approximately …

Multichromosomal mitochondrial genome (mitogenome) structures have repeatedly evolved
in many lineages of angiosperms. However, the underlying mechanism remains unclear …

Background Plants possess mitochondrial genomes that are large and complex compared
to animals. Despite their size, plant mitochondrial genomes do not contain significantly more …

Background Mitochondrial genomes of flowering plants (angiosperms) are highly dynamic in
genome structure. The mitogenome of the earliest angiosperm Amborella is remarkable in …

Mitogenome sequencing provides an understanding of the evolutionary mechanism of
mitogenome formation, mechanisms driving plant gene order, genome structure, and …

Plant mitochondrial (mt) genomes possess several complex features, including a variable
size, a dynamic genome structure, and complicated patterns of gene loss and gain …

Key message We reported the mitochondrial genome of Ventilago leiocarpa for the first time.
Two and one sites lead to the generation of stop and stat codon through editing were …

The mitochondrial genomes of flowering plants are well known for their large size, variable
coding-gene set and fluid genome structure. The available mitochondrial genomes of the …

Main conclusion The first complete mitochondrial genome of Carex (C. breviculmis) was
sequenced and assembled, and its genomic signature was analyzed and the possible …