Sentence examples for contribute in interaction from inspiring English sources

However, the Stam protein was reported to interact with deubiquitination enzymes [15], [16], raising the possibility that it can also contribute, in interaction with or independently of Hrs, to disengagement of the cargo from the degradation pathway.

IDPs contribute in intermolecular interactions at the protein mineral interface23.

Many of these parents relayed how their child's friends were also taken by the antics and humour of the personalised movies, which provided 'cool things to talk about' and so helped the child to feel they had something new, creative and positive to contribute in their interactions with friends.

Compounds 1 3 pose only one hydrogen bond donor feature i.e. hydroxyl group at C17 of ring D, which is surface exposed and do not contribute in protein-ligand interaction, while carbonyl group interacts with Arg38 instead of Lys43.

Thus, whereas lipid bilayers and their constituents are sufficient for HAMLET binding, specific receptors for HAMLET or oleic acid could also contribute in tumor cell interaction.

Due to its ability to interact with plasminogen, fibrinogen and intestinal epithelial cells, it has been suggested that GapA might contribute in vivo to the interaction of EHEC and EPEC with the gut epithelium [ 104].

However, isolating the Mn Ca or Sr component from the Mn EXAFS is often difficult, as other Mn ligand and Mn Mn interactions contribute in the same region.

Since these characteristics correlate with physicochemical properties of lipid bilayers, the data suggest that protein lipid interactions contribute in an important way to TM helix integration both in the mitochondrial inner membrane and in the ER membrane.

Since there are various base-pairing interactions between miRNAs and their target RNAs, such interactions may contribute in the generation of various and complex gene regulatory events.

We do not rule out that DNA methylation changes in other one-carbon metabolism genes or planar cell polarity genes may be contributing, perhaps in interaction with DNA methylation changes in folate transport genes, to an increased NTD risk, but we are filling a significant data gap on T-DMRs in folate transport genes.

Many bromodomain-containing proteins have additional regulatory and protein protein interaction domains, which contribute in a combinatorial manner to highly specialized functions as transcriptional regulators, chromatin remodelers, splicing factors, scaffolding proteins and signal transducers.