Plant mitochondrial DNA (mtDNA) can become damaged in many ways. A major repair mechanism is homologous recombination, which requires an undamaged DNA template. Presumably, this template comes from a different mitochondrion in the same cell. Plant mitochondria undergo fission and fusion to form transient networks which could allow the exchange of genetic information. To test this hypothesis, Chustecki et al. (2022) used msh1 mutants with defective DNA repair, and showed that mitochondrial interactions increased, revealing a link between the physical and genetic behavior of mitochondria
SIGNIFICANCE: The maintenance of mitochondrial genome integrity is a major challenge for cells to su...
For \u3e20 years, the enigmatic behavior of plant mitochondrial genomes has been well described but ...
The plant mitochondrial genome is retained in a multipartite structure that arises by a process of r...
Plant mitochondrial DNA (mtDNA) can become damaged in many ways. A major repair mechanism is homolog...
Mitochondria form highly dynamic populations in the cells of plants (and almost all eukaryotes). The...
Plant mitochondrial genomes have very low mutation rates. In contrast, they also rearrange and expan...
Plant mitochondrial genomes are large but contain a small number of genes. These genes have very low...
Background: The mitochondrial genome of higher plants is unusually dynamic, with recombination and n...
Plant mitochondrial genomes are large but contain a small number of genes. These genes have very low...
Mitochondria in plant cells exist largely as individual organelles which move, colocalize, and inter...
In addition to the nucleus, mitochondria and chloroplasts in plant cells also contain genomes. Effic...
© 2019, Springer Nature B.V. Key message: Cybrid plant mitochondria undergo homologous recombination...
Mitochondrial-plastid interdependence within the plant cell is presumed to be essential, but measura...
The structure and evolution of angiosperm mitochondrial genomes are driven by extremely high rates o...
Post-endosymbiosis, following the advent of modern day mitochondria, much of the ancestral endosymbi...
SIGNIFICANCE: The maintenance of mitochondrial genome integrity is a major challenge for cells to su...
For \u3e20 years, the enigmatic behavior of plant mitochondrial genomes has been well described but ...
The plant mitochondrial genome is retained in a multipartite structure that arises by a process of r...
Plant mitochondrial DNA (mtDNA) can become damaged in many ways. A major repair mechanism is homolog...
Mitochondria form highly dynamic populations in the cells of plants (and almost all eukaryotes). The...
Plant mitochondrial genomes have very low mutation rates. In contrast, they also rearrange and expan...
Plant mitochondrial genomes are large but contain a small number of genes. These genes have very low...
Background: The mitochondrial genome of higher plants is unusually dynamic, with recombination and n...
Plant mitochondrial genomes are large but contain a small number of genes. These genes have very low...
Mitochondria in plant cells exist largely as individual organelles which move, colocalize, and inter...
In addition to the nucleus, mitochondria and chloroplasts in plant cells also contain genomes. Effic...
© 2019, Springer Nature B.V. Key message: Cybrid plant mitochondria undergo homologous recombination...
Mitochondrial-plastid interdependence within the plant cell is presumed to be essential, but measura...
The structure and evolution of angiosperm mitochondrial genomes are driven by extremely high rates o...
Post-endosymbiosis, following the advent of modern day mitochondria, much of the ancestral endosymbi...
SIGNIFICANCE: The maintenance of mitochondrial genome integrity is a major challenge for cells to su...
For \u3e20 years, the enigmatic behavior of plant mitochondrial genomes has been well described but ...
The plant mitochondrial genome is retained in a multipartite structure that arises by a process of r...