In general, there has been a dynamic, lineage-wise expansion of domain architectures in plant lineages.
There has been a dynamic, lineage-wise expansion of domain architectures during plant evolution.
These results indicate that similar to preimplantation, gastrulation represents a window of dynamic lineage-specific epigenetic regulation in vivo.
Data from other vertebrate models, however, suggest that molecular and cellular events taking place during cleavage phase of the early development are crucial for dynamic signaling, lineage specification and morphogenetic movements associated with the late blastula/early gastrula development.
As sampling improves, a more realistic, temporally dynamic prokaryote lineage concept with fluid genomes and genes as public goods will figure more widely into thinking on eukaryote gene origins.
Genomes are dynamic in lineages across the tree of life.
In the process, we obtained a sufficient number of loci to reconstruct the dynamic and lineage-specific history of chromosomal rearrangements that structured LG2 and the met1 genomic region.
The particular evolution of R-genes via clusterization was highly dynamic through lineage-specific rearrangements leading to the observed conservation/erosion of R-genes colinearity between grasses, referenced as Copy Number Variation (CNV) and Presence/Absence Variation (PAV).
