The phrase "analyses based on genome" is correct and usable in written English.
It can be used in contexts related to scientific research, genetics, or bioinformatics when discussing studies or evaluations that utilize genomic data.
Example: "The researchers conducted analyses based on genome sequencing to identify genetic markers associated with the disease."
Alternatives: "studies derived from genomic data" or "evaluations utilizing genomic information."
Here we report the results of comparative analyses based on genome sequences of four newly isolated C. perfringens phages and focus on the genomic context and evolution of the phage endolysin genes.
More analyses based on genome information and more laboratory experiments testing these deductions are needed in future work.
In contrast to the statement in the manuscript by Vogan and Higgs, the deepest split in the tree of life is recovered with a surprising consistency, even analyses based on genome content [ 54] and midpoint rooting of the rather frequently transferred aminoacyl tRNA synthetases [ 55] place the root of the genome network in the same place.
Synteny analyses based on genome-wide comparisons of GAS and SDSE indicated that speG is the direct descendant of a common ancestor of streptococcal SAgs, whereas smez was deleted from SDSE after SDSE and GAS split from a common ancestor.
To overcome this limitation, comparative genome sequence analyses based on direct genome alignments have been performed with the aim of reconstructing precise ancestral gene orders [ 9, 14- 16].
We report here the complete plastid genome of L. chlorophorum, along with phylogenetic analyses based on plastid genome data.
Importantly, this "hybridization-without-gene-flow" hypothesis is supported by more recent analyses based on whole genome sequencing and genotyping of M and S from Mali, indicating that heterogeneous divergence is genome-wide [24], [25].
This is exemplified by (1) the high number of mobile genetic elements in some sequenced E. faecalis genomes, such as V583 summing up to >25% and (2) recent phylogenetic analyses based on whole genome data [ 41, 42].
We therefore used high-quality, single nucleotide polymorphism (SNP -based, phylogenetic analySNP -basedon whole-genome sequences to detect phylogenetic differences between index analysesrrent isolates at very high resolution.
Phylogenetic analyses based on mt genome sequence data support the monophyly of heterobranchs (Fig. 3).
Our phylogenetic analyses based on mt genome sequence data confirm previous molecular studies that contradicted the monophyly of Neogastropoda.
