Sentence examples for most probable structure from inspiring English sources

Taking all possible secondary structures of the thermodynamic equilibrium into account, McCaskill's algorithm [ 34] computes the most probable structure and calculates the probability that each site is paired.

NMR spectrum prediction is then used to select the most probable structure and compare it with other structures ranked in decreasing order of probability.

The protocol was stable enough to allow the ligands to evolve to their thermodynamically most probable structure while maintaining the key interactions.

This structure finding algorithm probes the structure at multiple scales and classifies the appropriate regions with the most probable structure type and size.

Furthermore, comparison of different approaches for extracting a single, most probable structure from the calculated ensemble reveals the power of the PCR method and provides insights into the nature of the energetic landscape.

Inductively-coupled plasma atomic emission spectroscopy (ICP-AES), potentiometric titration, X-ray fluorescence (XRF), X-ray diffractometry (XRD) and differential scanning calorimetry (DSC) yielded NixFe1−xIIFe2IIIO4 (x=0.40, 0.40 and 0.65, respectively) as the most probable stoichiometry, and inverse spinel as the most probable structure.

Gasteiger-Huckel charge was used to determine the 3-D structures of the ligands: tricetin, selgin, and tricin, which were subjected to EM by the conjugate gradient algorithm using the Tripos Force Field; these are the most probable structures in solution but are probably distorted in the actual protein.

From the equation we can see that the lower the free energy of a structure the higher its probability, thus, the predictions within 5% from the MFE also represent the most probable structures for a given sequence, with the MFE prediction being the one with the highest probability.

These molecules provide stealth character to the magnetic nanoparticles by adopting any one of the three most probable structures as given by Wu et al. (2008), i.e. core shell, mosaic structure and shell core shell structure.

To assess the most probable structures of aggregates, one can compute an interaction energy E between the nanoparticles which make up the aggregate, according to [25] E = − m · B. (20).

The suggested areas of interest are the most probable structures relying on comparative internet-enabled high-resolution brain maps [ 32].