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But they probably result from the nature of the dimerization interfaces, which are very different for each protein.
Results show that the dimerization is essential to function.
Although complex reaction mixtures often result, selective dimerization is possible in some cases.
The bursting effect is attributed to a large change in crystal volume on dimerization.
Dimerization is a prerequisite for the activation of the kinase.
Several mechanisms underlying dimerization were examined and ruled out.
The dimerization observed in the above examples all involve ligand-binding sites.
Dimerization is thought to stabilize a "flexible loop" located close to the active site.
Chemically induced dimerization systems can be used to make logic gates from individual cells.
There are also other uses for dimerization.
Because of their specific interaction coiled coils can be used as a dimerization "tag".
A significant problem associated with many reactive nitrones is dimerization.
Presently, we do not know the reason for this, but it may be due to different conformations of the fusion protein or to dimerization.
Like all members of this family, it contains a conserved dimerization motif called D domain.
This hydrophobic region provides an area for dimerization, allowing the motifs to "zip" together.
The low yield of dimerization reactions is explained my second-order perturbation theory.
This means that the orbitals interact less, and there is a lower thermodynamic drive for dimerization.
Dimerization brings the two receptors into close proximity.
The isolated dimerization domain forms extremely stable dimers in vitro.
Oxidation and dimerization yields the completed natural product.
The function of the C-terminal is chaperone and dimerization.
Another example is shown below, the photochemical dimerization of cinnamic acid.
This is the basic argument for the occurrence of the Peierls transition, sometimes called dimerization.
It is derived from the oxidative dimerization of homogentisic acid.
The further dimerization only produces the anti product due to steric factors.