This extension implies a reconsideration of the energetic mapping, which is extensively presented, and allows to describe a complex phenomenology that is out of accessibility of standard stochastic approaches.
The effect of calcium through EF-CaM residue network has been investigated with various approaches: 1), the elastic network model; 2), the local feature analysis; 3), the generalized correlations; and 4), the energetic dependency maps (EDMs), on 15-ns molecular dynamics simulations of the complex loaded with 0, 2, or 4 Ca2+ ions.
As part of an overall effort to map the energetic landscape of the base excision repair pathway, we report the first thermodynamic characterization of repair enzyme binding to lesion-containing duplexes.
The experimental characterization of hindered-rotation barriers and mapping the energetic heterogeneity of water molecules bound to the molecular "surface" of proteins is critical for understanding the functional interaction of proteins with their environment.
By finding an appropriate observable signature of remote heliospheric SEPs, we could supplement the in situ observations with global maps of energetic SEP events to provide a comprehensive view of SEP events.
Here's a peaceful take on the often energetic medium of projection mapping: Projection Napping.
The ba gua is a sacred map of the energetic world and it stems from the I Ching, which is an old method of reading energy used in many aspects of Chinese medicine and healing modalities.
In the present work, X-ray crystallography and molecular dynamics simulations have been used to map the structural and energetic changes of the SBL that occur upon enzyme inhibition.
Mono-energetic inelastically scattered electrons were used to map the silicon, oxygen and carbon distribution of the modified silica and create element specific images of the specimen.
The structure-intrinsic affinity relationship map of the compounds showed the energetic contributions of the thiazole ring and its substituents.
