Sentence examples for model to interact from inspiring English sources

The virtual Experimental Advanced Superconducting Tokamak device (VEAST) is a very complicated 3D model, to interact with which, the traditional interaction devices are limited and inefficient.

9 38: All Microsoft software will be reconfigured to interact with this new model, to interact with the cloud.

Enterprises can use the model to interact with customers about requirements and obtain the model which can be manufactured.

Amino acid substitutions of H443 and R450 decreased the IP accumulation and were suggested by the homology model to interact directly with Gαq and Gβ, respectively (Figure 2).

These three proteins contain identical structure and high sequence conservation in the two loops (between β strand 1 and 2 and between β strand 4 and 5) that are proposed, in the model, to interact with the DNA.

During simulations, the hydroxyl groups and hydrophobic moiety potentially interact with Ir-LBP cavity (figure 4A); all the Ir-LBP residues that are suggested by the model to interact with LTB4 are represented in Figure 3. On the other hand, the carboxyl group of LTB4 is situated at the mouth of the barrel and is predicted to interact with the solvent and the loops (figure 4B).

Being embodied allows models to interact directly with interfaces.

We asked whether an artificial receptor-ligand pair could be established by reversing this charge interaction – i.e., by converting R226 to a negatively charged glutamate residue (R226E) whose carboxylate group is predicted by molecular modeling to interact with the amine moiety of linoleamide (LAA), a positively charged amide derivative of LA (Figure 1D, right).

The minimal sequence recognized by these mAbs ranged from 7 to 17 amino acids and, with a single exception, comprised the G(A PGR/Q/K sequence, which is modeled to interact with CCR5 or CXCR4 during the viral entry process [63].

The signaling-sensitive amino acids identified here are observed in our homology models to interact either directly via H-bonds (for example R450 with E349 of the C-terminal helix of Gαq and H443 with Gβγ) or (Figure 2) indirectly affect G-protein activiaion via conformational changes within intracellular loop 1.

In the POST structure with eRFs, loop 3 is modeled to interact with uS7, a key frame-maintenance and translocation regulator (Devaraj et al., 2009; Galkin et al., 2007; Robert and Brakier-Gingras, 2003).