Sentence examples for molecules can associate from inspiring English sources

Molecular components of the cell, such as lipids, proteins or RNA molecules, can associate through weak interactions and form clusters.

Combinations of these organic molecules can associate via electrostatic interactions and precipitate silica in vitro in a variety of nanoscale morphologies, some of which resemble features of diatom silica[9] [14].

For adhesion to adjacent cells during the formation of cell-to-cell contacts and intercellular communication processes, junctional adhesion molecules can associate through their extracellular domains with the CD11b/CD18 (CR3/Mac-1) β2 integrin contributing for example to the regulation of leukocyte-endothelial cell interactions [ 7].

Moreover, the same tetraspanin molecule can associate with different proteins depending on the cell type.

Moreover, junctional adhesion molecules including ICAMs can associate through their extracellular domains with functional β2-integrins on adjacent cells, contributing for example to the regulation of leukocyte-endothelial cell interactions [ 9].

It is shown that thiophene molecules can strongly associate with the cation.

In the optimal range of pH for Cel activity from 4.5 to 6.0, both Cel and LS are negatively charged, and thereby the nonflexible Cel molecules can only associate with the flexible LS through the stoichiometric formation of ion pairs, that is, the integration of the amino group in Cel and sulfonic acid group in LS, as the schematic representation demonstrates in Figure  2.

As the temperature increases, this structural configuration gradually disappears since the thermal motions of the water molecules get faster, which can associate with the disappearance of the anomalous increments of the relative viscosity at 350 K. Hence, the changes in the configuration can well explain the anomalous increments of the relative viscosity in the transition region.

Second, while accelerated evolution of molecules can be associated with specialization, in this case for parasitism, it is also associated with loss of function and gradual accumulation of mutations.

Like HLA class Ia molecules, "non-classical" HLA class Ib molecules HLA-E, -F, -G and H can associate with β2-microglobulin (β2m) and can present peptides.

The hydroxyl groups of the hemicellulose can associate with water molecules via hydrogen bonding, thereby leading to higher water content (Azwa and Yousif 2013).