Sentence examples for developmental modification from inspiring English sources

We also included oligonucleotides for several ISG-like proteins, four of which, Tb927.5.310, Tb927.5.420, Tb927.5.430, and Tb927.5.630, are significantly upregulated in BSF, suggesting additional and so far uncharacterised developmental modification of the parasite surface.

Ontogenetic changes (i.e., developmental modifications occurring during an organism's lifespan) can be more drastic than phylogenetic changes, perhaps due to the speed and scope with which development advances, and similarly reflect major biological processes.

The CBT manual under investigation, enhanced for early adolescents with ASD, yielded meaningful treatment effects on the primary outcome measure (PARS), although additional developmental modifications to the manual are likely warranted.

Yes, it is always good to introduce the word 'evolution' to conversations about natural phenomena, but in a formal way, changes in the history of our (or another) planet or other heavenly body reflect developmental modifications of the same entity, rather than a newer offspring.

A detailed study of tooth morphology in mutants bearing losses of functions of these two genes thus appears necessary to test the pattern variability induced by the developmental modifications.

Although some developmental modifications occur, most can be attributed to growth (Ey et al. 2007), changes in hormone levels (Pfefferle et al. 2008) or arousal (Fichtel et al. 2001).

The different stem samples and developmental stages were chosen since previous studies [ 6, 50] have shown that the main developmental modifications associated with bast fiber formation and cell wall maturation occur in the apical and medium stem tissues between the vegetative and green capsule stages.

The evolution of the ability to mount such predictive developmental modifications depends on a number of features, such as the cost of developmental plasticity, ability to correctly detect and interpret environmental cues that depends on the frequency by which various environmental conditions are encountered, and finally on the long term fitness advantage provided.

The significance of this question is furthermore not limited to specialists on ectolecithality: particularly if polyclads are secondarily endolecithal, this has profound consequences for the interpretation of studies of polyclad development, since ectolecithality is apparently associated with more or less dramatic developmental modifications (Thomas, 1986; Martín-Durán and Egger, 2012).

According to the survey by Gardiner and Marc of the correspondences between the macromolecular composition and developmental modifications of MTs of both neurons and plant cells, there seems to be no structural feature that would preclude plant MTs from participating in putative Orch OR events.

Interestingly, M2 was enriched for terms associated with chromatin modification, suggesting a developmental alteration of epigenetic regulation.