Currently the accuracy and scalability of WGA tools remains limited due to the computational complexity of dealing with rearrangements , repeat regions and the large size of many eukaryotic genomes .
Whole genome alignments ( WGAs ) may also be used to identify highly conserved regions across species .
Currently the accuracy and scalability of WGAs tools remains limited due to the computational complexity of dealing with rearrangements , repeat regions and the large size of many eukaryotic genomes .
Whole genome alignments ( WGAs ) may also be used to identify highly conserved regions across species .