Raman mapping and selected area electron diffraction of individual isolated domains reveals they are uniform single-crystalline with ABA stacking.
Bioinformatic predictions and spectroscopic studies suggest that unbound monomeric bZIP-bRs are uniformly disordered as isolated domains.
First, a batch process is identified with a set of local domains and then the localized OSVR models are built for all isolated domains.
Isothermal crystallization studies carried out using the FTIR technique suggest the existence of isolated domains in the nanoscopic scale of investigated materials.
Additional control over GluK2/GluK5 assembly seems to be exerted by the amino-terminal domains, which preferentially assemble into heterodimers as isolated domains.
A number of different proteins contribute to this architecture, and X-ray crystallography has made considerable progress in defining the atomic structure of various isolated domains.
The four ∼75-residue domains (repeats) that constitute the annexin core structure all possess an identical five-α-helix bundle topology, but the physico-chemical properties of the isolated domains are different.
In this paper, a domain isolation approximation of radiative heat transfer is present, in which the local domain is enlarged by an isolation optical thickness and isolated by blackbody boundaries with local temperature, and the radiative transfer equation only needs to be solved in the isolated domains.
Our results support the growing body of observations that the folding behavior of multidomain proteins is difficult to predict based solely on the studies of isolated domains.
This approach has been proven applicable to whole molecules (Single Profile Method), to isolated domains (Multiple Profile Method) and to individual amino acids.
Crystal structures of prokaryotic domains with high sequence similarities to functional domains of sGC have provided invaluable insights into the structure and possible functions of these isolated domains [5], [6], [8], [9], [13].
