Sentence examples for because of structural differences from inspiring English sources

In neonates, cardiomyocyte differs from that in adults because of structural differences, functional alterations in proliferative activity, and excitation-contraction coupling [ 23].

The height and design of the netting configuration may vary, because of structural differences from arena to arena, but must be sufficient to prevent pucks from entering the spectator areas.

These correspondences were not found using simple lexical matching methods and would not have likely been found by more sophisticated logic-based, reasoning methods because of structural differences between the ontologies.

In Japan, however, expanding the functions of paramedical workers in some fields is not as well appreciated as it is in other developed countries because of structural differences [ 17].

For example, perhaps because of structural differences in WT α-syn compared with A53T, Ent3p sorts WT α-syn but not A53T from the TGN into endosomes that then transit to the vacuole.

Although it is possible that stretching of the intestine during embryonic elongation may also lead to forces that act on the posterior epidermis of the worm, such forces may be lower in magnitude than those experienced at the anterior, possibly because of structural differences between the pharynx and intestine.

The selection of appropriate cellulase is very difficult because of structural difference of each biomass and difference of enzymatic activities in commercial cellulase reagents.

We wanted to address the question because of previous reports of structural differences between heterosexual and homosexual brains [5] [6], or in hemispheric lateralization [7], or asymmetries and differential activation patterns between homosexual and heterosexual brains in response to sexually arousing stimuli [8].

Such clinical trials are important because the clinical consequences of structural differences between a biosimilar and its reference product are unknown 26; small differences in structure (e.g., variations in glycosylation) potentially affect the safety and efficacy of a recombinant protein 7.

We can only speculate but the structural characterization of the different models merits further attention because predictions are sufficient consistent to discreetly arguing the possibility of structural differences based on pattern 3 motifs.

Its algorithms are crafted using natural language processing (NLP) techniques and are tuned separately for each language to take account of structural differences.