Sentence examples for make strong interactions from inspiring English sources

We propose a novel Pluronic-based physical hydrogel with enhanced stability by simply adding a small quantity of graphene oxide (GO) which has a large surface area and can make strong interactions with Pluronic.

However the sulphonamide does not appear to make strong interactions and it is possible to replace this.

To obtain further enhancements especially for thermal stability, the POSS fillers of second generation having amine and 1,2-diol groups, which were expected to make strong interaction with the side chains in PMMA, were designed and loaded into polymer matrices.

However, the Ci-VSP PD made strong interactions with the bilayer unlike the PTEN PD.

MWCNT can fill the voids of composites as well as addition of MAPP made strong interaction between the ONP and matrix.

Here, short tubulin protofilaments are more likely to be added than free tubulin dimers because they are able to make strong lateral interactions in addition to the longitudinal interaction.

Several aromatic residues in the aglycon subsites that make strong substrate protein interactions and that are indispensable for enzyme activity, were also important for the specificity of the xylanase.

The precise number of hydroxyl groups according to the number of glucose units makes it possible to establish strong interactions with other molecules and can form inclusion complexes with guest molecules (Serra-Gomez et al. 2012; Xin et al. 2012).

The organic biarsenical compounds FlAsH-EDT2 and ReAsH-EDT2 (henceforth FlAsH and ReAsH, respectively, for the sake of simplicity) make strong and specific interactions with the tetracysteine peptide motif CCXXCC, and these biarsenicals have been used for labeling engineered tetracysteine-tagged proteins in a wide variety of applications.

Ala28 and Ile84 make stronger vdw interactions with the Cβ of the P2 Asn compared to PRWT-SQV.

In monomer B of the Get3 dimer, a hydrophobic helix α9 from a symmetry-related Get3 monomer makes strong hydrophobic interactions with the putative TMD-binding groove (Fig. 4a).