The disciplines represented in this study were biochemistry, biology, chemistry, computer science, earth science, environmental science, engineering, mathematics, and physics, sampled at two universities.
When the knowledge on the physics, chemistry, and sampling statistics increases, better conversion functions will present themselves.
As noted above, the physics-based model sampled with truncation selection for folding and binding is substantially more restrictive in how many non-synonymous substitutions it allows, and the simulated sequences reflect this.
We report here the results of exhaustively sampling the conformational space in protein protein association using a physics-based energy function.
Temperatures for the physics-based function were then chosen such that the actual acceptance frequencies obtained from sampling under the informational model were reproduced.
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The paradox was finally found to be dominated by physics on patterned samples.
Each sampled conformation is scored using a physics-based scoring function in DOCK3.6, which evaluates the ligand van der Waals and electrostatic interactions, and corrects for ligand desolvation.
Applications of these samples in areas of research at the interface between physics and physical chemistry are discussed.
Young scientists "might spend much of graduate school optimizing computer code for a large physics experiment, or extracting samples in a biology lab, or doing the statistical analyses on other people's data," Walsh and Lee write in their email.
