Mosaic energy landscapes of liquids and the control of protein conformational dynamics by glass-forming solvents

Article Abstract:

A study was carried out to explain how the molecular motions of a glass-forming solvent distort the protein's boundary and slave some of the protein's conformational motions by using the advanced Random First-Order transition theory of glass-forming liquids. The experimental measurements of slaving of myoglobin motions indicate that a major fraction of functionally important motions have shown to have significant entropic barriers.

Myoglobin, Genetic translation, Translation (Genetics), Brownian motion, Properties, Structure

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Anomalously slow solvent structural accompanying high-energy rotational relaxation

Article Abstract:

Experiments are conducted to show how the long-time behavior has obtained from a strong coupling of solute orientation to local solvent geometry. The slow dynamics is dynamically heterogeneous and the distribution of excited rotors is described by a distinct population of slowly relaxing hot rotational states.

Solvents, Chemical properties, Particle physics

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Energy and enthalpy distribution functions for a few physical systems

Article Abstract:

The energy or enthalpy distribution function of a physical system from the moments of the distribution which was studied by maximum entropy method is reported.

Measurement, Enthalpy, Entropy (Physics), Entropy (Thermodynamics), Chemical thermodynamics

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