Sentence examples for loose interaction from inspiring English sources

These three are exemplary musicians patrolling the boundary between tradition and experimentation, and they can play fiercely, fusing cast-iron technique with loose interaction.

Our results revealed that the characteristic substrate-binding pocket composed of hydrophobic amino acid residues ensures substrate docking for the stereospecific reaction of RrQR in spite of its loose interaction with the substrate.

The integration of automated reasoning tools into such social systems would increase the effectiveness of their collective intelligence by supporting "the combination of precise formal deductions and the more informal loose interaction seen in mathematical practice" (Martin and Pease 2013, in Other Internet Resources).

Thus, none of the in total 7 regions tested was found to loose interaction when transcription was blocked.

This condition allows loose interaction to remain intact.

This structural difference, together with the relatively loose interaction of α3CTD and its two flanking ends with the F2 and F3 lobes, provides an explanation to why WT-Merlin adopts a semi-open instead of a fully closed conformation.

These associations are numerous and diverse, ranging from loose interactions to highly regulated intracellular symbioses.

Epithelial-mesenchymal transition (EMT) is a term applied to the process whereby cells undergo a switch from an epithelial phenotype with tight junctions, lateral, apical, and basal membranes, and lack of mobility into mesenchymal cells that have loose interactions with other cells, are non-polarized, motile and produce an extracellular matrix.

Thus, while amino acids in the helix are under selective pressure to remain hydrophobic in order to maintain the helix, the high variability observed for the C-terminal region could be the result of the fact that the only functional requirement for this region is to maintain loose interactions with the highly variable Q-loop.

In the first stage, L selectins and sialomucin-like glycoproteins, expressed on the cell surface of leukocytes flowing in the blood vessels, form loose interactions ('tethering') with their countermolecules (sialomucin-like molecules and E or P selectins, respectively) expressed on the endothelial cells, and then initiate rolling attachments mediated by an adhesion de-adhesion process.

Crystal structures of the GABAB VFT dimer show that in the resting state, they interact exclusively via a tight interface involving only one lobe, whereas in the active state a reorientation of the GABAB1 VFT domain facilitates an additional, looser interaction between the second lobes (Geng et al. 2013).