Sentence examples for fusion pattern of the from inspiring English sources

This review is the first of its kind to congregate the various pyrazoloquinazolines reported until now and categorizes these structurally isomeric classes into eleven different groups based on the fusion pattern of the ring such as [1,5-c], [5,1-b], [4,3-h], etc.

Similar analyses of Fgfr2 +/P253R Apert syndrome mice were not performed because the fusion pattern of the right/left maxillary-palatine in Fgfr2 +/P253R mutant mice mimics the pattern of unaffected littermates (Fig. 3) and palatal shape changes in Fgfr2 +/P253R mice are relatively mild, with morphologies that overlap with those of unaffected littermates (Fig. 2A).

Although there are no significant differences between mutant and unaffected littermates in terms of the fusion pattern of these two midline sutures, Fgfr2 +/S252W Apert syndrome mice show a greater degree of patency of the inter-palatine suture (Fig. 3).

Finally, we identified a difference in fusion patterns of the maxillary-palatine sutures between Fgfr2 +/S252W and Fgfr2 +/P253R Apert syndrome mice.

Considering the separation of these two genera is supported by some morphological/morphogenetic data, for example, presence or absence of thigmotactic cirri and the fusion pattern of macronuclear segments prior to division [47], [60], the distinction of both genera is reliable but their systematic positions remain unresolved.

So why do the skulls of early, small-brained hominins already show the fusion patterns of later, big-brained species?

Functional links between proteins have also been detected by analyzing the fusion patterns of protein domains.

Differential palatal defects in Fgfr2 +/S252W and Fgfr2 +/P253R mutant mice involve gross shape changes of the palatine bones (Fig. 2) and differences in fusion patterns of palatal sutures (Fig. 3).

Differences in fusion patterns of palatal sutures could stem from structural and/or suture-specific differences in localized FGF/FGFR signaling environments.

Thus, conditions of increased circulating T3 levels are characterized by a shortening of the time in which myoblasts are in a proliferative state and by speeding up their transition to fusion; this pattern of changes reduces the number of myotubes that are produced during injury repair [15].

The system is logically and functionally divided into three layers, solving the tasks of information fusion, pattern discovery and decision support making, respectively.