molecular complex

The first step of the export machinery relies on a molecular complex.

A high level of polarization indicates that fluorescent is attached to a larger molecular complex.

The resulting electrostatic attraction provides a stabilizing force for the molecular complex.

This is an important advancement, given that diffusion rate depends only weakly on the size of the molecular complex.

Carbon dioxide on planetary bodies: Theoretical and experimental studies of molecular complexes.

Baf53b is one of several proteins making up a molecular complex called nBAF.

Bound molecules are sometimes called a "molecular complex" - the term generally refers to non-covalent associations.

Because of its polymeric structure, ZrCl is usually converted to a molecular complex before use.

Investigations with large molecular complexes 5.

Water oxidation surface mechanisms replicated by a totally inorganic tetraruthenium-oxo molecular complex.

They have large molecular complexes at their disposal with which they can inject destructive substances into the host cell.

A simple method for separate determination of thermodynamic parameters of molecular complexes in solution is reported.

Medial-Golgi, but not late-Golgi, glycosyltransferases exist as high molecular complexes.

The second type of BIND entries are the molecular complexes.

Molecular complexes are defined as an aggregate of molecules that are stable and have a function when bound to each other.

This molecular complex is required for regulating the levels of the histone mRNA.

BIND contains information on three types of data: interactions, molecular complexes and pathways.

From this, we can conclude that these three proteins form a molecular complex, which binds to the RNA.

The infrared spectral studies suggest the formation of intermolecular hydrogen bonding between the components forming the molecular complex.

The second position involves the study of radicals and molecular complexes with laser multiphoton ionization spectroscopy.

Researchers have gradually pieced together a picture of the intricate molecular complexes that regulate the activity of genes.

Martin mentions the hydroxycarbene molecule, he might have added the prediction of a novel class of molecular complexes including.

Hence these activities or properties are likely but not guaranteed to reside on the same molecule or in the same molecular complex.

They then computed a spatial structure from a set of two-dimensional images -- a highly effective method for examining large molecular complexes.

Under the experimental conditions used, C2 is a good approximation of the formation constant of the 1:1 alkene–ICl molecular complex.