"maintenance sequence" is a correct and usable phrase in written English.
It refers to a series of actions or steps that are taken to maintain something or keep it in good condition. It can be used in various contexts, such as describing a maintenance schedule for a machine, building, or vehicle. Example: The maintenance sequence for the car involves changing the oil every 5,000 miles, rotating the tires every 10,000 miles, and checking all fluid levels every month.
Each maintenance remote sequence needs to be modelled as a modified Petri-net diagram and subsequently 'compiled', in order to be automatically executed on OSAExE environment.
A logical extension of this modularity is the maintenance of sequence continuity of domains.
Most striking in the context of this study is the extensive maintenance of sequence identity within domains 4.1 and 4.2 among phylogenetically diverse organisms.
The comparable performance of neutrality with existing feature sets is likely because current methods capture aspects of neutrality: structural maintenance despite sequence mutation and thermodynamic stability.
Drosophila melanogaster has been extensively used to investigate the role of various evolutionary forces in the generation and maintenance of sequence variation in natural populations.
Such extensive concerted evolution suggests that, at least in mouse and guinea pig, both maintenance of sequence homogeneity and increased gene dosage are important for these species.
Meiotic recombination plays a key role in the maintenance of sequence diversity in the human genome, and SSRs have been reported to be hot spots for recombination as well as sites for random integration [ 25, 26].
In addition, if selection were responsible for the maintenance of sequence a higher degree of similarity would be expected between C. teleta Dlx genes and those from other, related species.
The fifth step consists of the following tasks: (5A) identify implementers, implementation behaviors, and outcomes; (5B) develop implementation and maintenance scope, sequence, and instructions; (5C) plan activities to motivate and train implementers; and (5D) plan logistics including budget, staffing, and materials.
Tracing the GHF5 genes of clade 9 and clade 12 nematodes and amoebozoans back to a common ancestor would require maintenance and sequence conservation of gene copies in genomes over extended evolutionary timescales and massive parallel losses of genes in most investigated nematodes and other phylogenetically related lineages of organisms during evolution.
