The squared generalized order parameters of methyl groups extensively spatially segregate according to motional classes.
2
Interaction with the gel phase of DPPA caused much less motional restriction of the probe.
3
Regional motional disturbances are visualized using parametric images.
4
Relatively slow interconversions of the piperidine ring were delineated together with the main motional features of the whole molecule.
5
Thus, the motional process in the glassy crystal appears to be simple and quite different from that in structural glasses.
6
A hitherto undetected motional mode involving Val 70 was found, which may well play an important role for ubiquitin recognition.
7
This process is discussed in terms of two motional averaging theories: classical theory based on generalized Bloch equations and Silver-Getz model.
8
The impact of studying protein dynamics in supercooled water for identifying slow motional modes on the micros time scale is demonstrated.
9
This systematic deviation in the motional parameters appears to be due to the use of a single-site isotropic model for the atomic fluctuations.
10
These results indicate that there are distinguishable low temperature motional differences between an intrinsically unstructured peptide and peptides that have an inherent propensity to structure.
11
The squared generalized order parameters of methyl groups extensively spatially segregate according to motional classes.
12
Interaction with the gel phase of DPPA caused much less motional restriction of the probe.
13
Regional motional disturbances are visualized using parametric images.
14
Relatively slow interconversions of the piperidine ring were delineated together with the main motional features of the whole molecule.
15
Thus, the motional process in the glassy crystal appears to be simple and quite different from that in structural glasses.
16
A hitherto undetected motional mode involving Val 70 was found, which may well play an important role for ubiquitin recognition.