Genomes can vary significantly even within the same individual. The underlying mechanisms are manifold, ranging from somatic mutation and recombination, development-associated ploidy changes and genetic bottlenecks, over to programmed DNA elimination during germline/soma differentiation. In this perspective piece, we briefly review recent developments in the study of within-individual genome variation in eukaryotes and prokaryotes. We highlight a Society for Molecular Biology and Evolution 2020 virtual symposium entitled "Within-individual genome variation and germline/soma distinction" and the present Special Section of the same name in Genome Biology and Evolution, together fostering cross-taxon synergies in the field to identify and tack...
The traditional view of genomes suggests that they are static entities changing slowly in sequence a...
Genome architecture is well diversified among eukaryotes in terms of size and content, with many bei...
The extent to which normal (nonmalignant) cells of the body can evolve through mutation and selectio...
Analyses of diverse eukaryotes reveal that genomes are dynamic, sometimes dramatically so. In numero...
A major challenge in biology is to identify how different species arose and acquired distinct phenot...
The separation of germ cell populations from the soma is part of the evolutionary transition to mult...
The separation of germ cell populations from the soma is part of the evolutionary transition to mult...
The origin and inheritance of chromosome changes provide the essential foundation for natural select...
Analyses of multiple whole-genome sequences from the same species have revealed that differences in ...
Highlights: Recent genomic data reveal that somatic genetic variation (SoGV) is widespread, but...
How can the variability present among different genomes, diverse regions within the same genome, amo...
Genomes are dynamic in lineages across the tree of life. Among bacteria and archaea, for example, DN...
The core of my work focuses on the evolutionary forces that act on the structure of the genome. In p...
Genetic variation among individuals within a population concerns both quantitative and discrete trai...
Recombination, the exchange of DNA between maternal and paternal chromosomes during meiosis, is an e...
The traditional view of genomes suggests that they are static entities changing slowly in sequence a...
Genome architecture is well diversified among eukaryotes in terms of size and content, with many bei...
The extent to which normal (nonmalignant) cells of the body can evolve through mutation and selectio...
Analyses of diverse eukaryotes reveal that genomes are dynamic, sometimes dramatically so. In numero...
A major challenge in biology is to identify how different species arose and acquired distinct phenot...
The separation of germ cell populations from the soma is part of the evolutionary transition to mult...
The separation of germ cell populations from the soma is part of the evolutionary transition to mult...
The origin and inheritance of chromosome changes provide the essential foundation for natural select...
Analyses of multiple whole-genome sequences from the same species have revealed that differences in ...
Highlights: Recent genomic data reveal that somatic genetic variation (SoGV) is widespread, but...
How can the variability present among different genomes, diverse regions within the same genome, amo...
Genomes are dynamic in lineages across the tree of life. Among bacteria and archaea, for example, DN...
The core of my work focuses on the evolutionary forces that act on the structure of the genome. In p...
Genetic variation among individuals within a population concerns both quantitative and discrete trai...
Recombination, the exchange of DNA between maternal and paternal chromosomes during meiosis, is an e...
The traditional view of genomes suggests that they are static entities changing slowly in sequence a...
Genome architecture is well diversified among eukaryotes in terms of size and content, with many bei...
The extent to which normal (nonmalignant) cells of the body can evolve through mutation and selectio...