Sentence examples for involves only part from inspiring English sources
In many other cases, the domestication involves only part of the TE protein.
On the other hand, it must be observed that the reported hypertension prevalence in the UK is lower than ours, and it is therefore likely that this therapeutic attitude involves only part of the whole hypertensive population.
Most parents can be involved only part time and only during the years their children attend school.
Such shells are very susceptible to buckling under external pressure when empty or partially filled, but the buckling mode may involve only part of the shell height due to the changes in shell thickness.
Given that the DALI overlays involve only part of the structurally-conserved target 10077 globular domain and that these UPF0201 proteins lack conserved Ni++ ion binding residues, we believe it extremely unlikely that the UPF0201 family member proteins contribute to gene regulation in response to metal ions in archaebacteria.
Such consequences may run right through the food chain or involve only part of it.
In this study, the authors report a maternal duplication in an SRS patient, which does involve only part of the IGF2/H19 domain and a 50 kb maternal duplication which does not involve CDKN1C in a BWS patient with loss of methylation at ICR2.
Conversion of noncoding sequences into coding-sequences also occurs in a more limited way involving only part of a gene, such as new or expanded coding exons (Nurminsky et al. 1998; Kondrashov and Koonin 2003; Sorek 2007; Lin et al. 2009) or incorporation of 3′-untranslated regions (UTRs; Giacomelli et al. 2007; Vakhrusheva et al. 2011) or 5′-UTRs (Wilder et al. 2009) into coding regions.
The number of events inferred by ClonalFrame may be higher because it detects recombination events in a phylogenetic framework, which allows the detection of recombination events involving the entire length of the locus as well as events involving only parts of the locus.
While gene clusters as used for COGs [ 3] or within the SEED framework [ 4] provide a valuable resource for functional annotation based on the identification of homologous genes, the domain based approach is focussed on modelling and detection of functional modules which usually involve only parts of a gene.
