Sentence examples for may further interact from inspiring English sources

These deficits may further interact and thus form a multi-causal basis for the patients' problems in every-day life which need to be considered when planning individually targeted intervention in PPA.

In the floral tissue, OsMADS45 directly interacts with OsMADS6 and OsMADS18; OsmayS6 may further interact with OsMADS14 and OsMADS18 (Moon et al. 1999b) and OsMADS6 and OsMADS18 may form a ternary complex with the histone fold protein, OsNF-YB1 (Masiero et al. 2002).

Moreover, the generated NO may further interact with the photogenerated superoxide and hydroxyl radicals and consequently play a critical role in the pathophysiological developments (Gal, Y and Madar-Balakirski, N et. al. 2010, in preparation), [46], [47], [48] towards rapid vascular occlusion.

Both represent antecedent features which may further interact with the response process described.

Additional antecedent factors which may further interact with the response generation process are also discussed.

In conclusions, homozygous UGT2B17-deletion may interact with smoking and p16-protein expression to increase the risk of TP53-mutations, and may further interact with disruptive TP53-mutations to raise relapse rates among Japanese patients with HNSCC.

The association of pollution and disease may further increase extinction risk if it interacts with the effects of habitat saturation processes [13], [14], [17].

The capacity for Nup53 to interact directly with membranes may further contribute to the formation or stability of the growing NPC (Vollmer et al. 2012).

A fourth core component, Mats (Mob as tumor suppressor) is also phosphorylated by Hippo and was found to play an important role in this cascade by interacting with Warts, which may further facilitate Warts activation [10],[10].

Of note, NN TG2 was more effective in upregulating cytochrome c message levels, suggesting that the additional NLS mutation may further reduce the amount of TG2 interacting and or modulating the transcription of this gene.

Excessive ROS levels can also induce cellular damage by interacting with DNA, lipids, and proteins [ 83], which may further impair vascular structure and function.