Sentence examples for capability of interacting from inspiring English sources

Liver fatty acid binding protein (LFABP) is a unique family member which accommodates two molecules of fatty acids in its cavity and exhibits the capability of interacting with a variety of ligands with different chemical structures and properties.

Heavy metals are competent of inducing toxicity in living organisms because of their capability of interacting with the nuclear proteins and nucleic acids causing oxidative deterioration of biomolecules [ 2].

These protamine/DNA nanocomplexes display a drop in CEST contrast to 0% at 1.8 and 3.6 ppm due to protamine's capability of interacting with the phosphates on DNA molecules with high efficiency (Supporting Information, Figure S8) through the exchangeable protons of arginine residues.

Among the several functions described for this small protein (11 kDa) it can be highlighted its inhibitory effect on viral RNA replication and transcription through its interaction with the L protein [ 3, 4] as well as its capability of interacting and recruiting the viral nucleoprotein [ 5, 6].

Active vision systems have the capability of continuously interacting with the environment.

It should be noted that the SFEM analysis has been performed while choosing various different FE solvers, i.e. NASTRAN, ABAQUS and ANSYS, in order to present the capabilities of the toolbox in terms of interacting with various 3rd party solvers.

Google has done all the work to display books in your browser on the Web, but then stripped them of the capability to interact with other texts on the Web through links.

Because begomovirus negatively impacts tomato cultivation worldwide, we selected representatives of tomato RLKs from the LRRII subfamily and examined their capability to interact with NSP of Tomato Yellow Spot Virus (ToYSV) similar to the interaction observed with Arabidopsis NIK genes [ 31].

This paper aims at extending the capabilities of CSG based approaches by proposing a hint-based recognition of interacting solids of revolution.

This planar structure offers an excellent capability to interact with a variety of aromatic compounds through π– π stacking interactions in the manufacture of nanocomposite materials and in the immobilisation of biomolecules such as peptides, antibodies, and other therapeutic agents (Boehm 1986; Wintterlin and Bocquet 2009; Van Bommel et al. 1975; Lu et al. 1999a, b; Novoselov et al. 2004).

Nicholas Arrindell, director of International Student and Scholar Services for the Homewood campus, said that the most significant aspect of iHopkins is its capability to interact with registration systems.