Intermolecular Interactions and the Thermodynamics and Kinetics of Phase Transitions in Protein Solutions
No abstract available
Vekilov, P. G.↗
Engineering topics
Vekilov, P. G.
Publications and source records attributed to Vekilov, P. G..
What Drives and what Delays the Attachment of a Molecule to a Growing Aggregate in Solution
No abstract available
Vekilov, P. G.↗
Diffusion-Limited Kinetics of the Solution-Solid Phase Transition of Molecular Substances
No abstract available
Petsev, D. N.↗
Thermodynamic Functions of Concentrated Protein Solutions from Phase Equilibria
No abstract available
Petsev, D. N.↗
On the Methods of Determination of Homogeneous Nucleation Rates of Protein Crystals
No abstract available
Vekilov, P. G.↗
Fundamental Aspects of Nucleation Theory in the Formation of Protein Crystals
No abstract available
Vekilov, P. G.↗
Fundamental Aspects of Nucleation Theory in the Formation of Protein Condensed Phases
No abstract available
Vekilov, P. G.↗
What Would Gibbs Do If he Were Thinking of Nucleation of Protein Solid Phases
No abstract available
Vekilov, P. G.↗
Thermodynamics of the Hydrophobicity in Crystallization of Insulin
No abstract available
Vekilov, P. G.↗
Fundamental Aspects of Nucleation Theory in the Formation of Protein Condensed Phases
No abstract available
Vekilov, P. G.↗
The Physics of Protein Crystallization
This paper covers review of recent research on protein crystal properties, nucleation, growth and perfection. Mechanical properties of crystals built of molecules strongly exceeding the range of molecular forces are very different from conventional ones. Similar scaling is responsible for specificity of phase equilibrium for macromolecular systems of which thermodynamics is discussed. Nucleation and growth peculiarity and similarity in protein solutions as compared to inorganic solutions is addressed. Hypotheses on why and when microgravity (lack of convection) conditions may result in more perfect crystals are discussed.
Vekilov, P. G.↗
Solvent Entropy Contribution to the Free Energy of Protein Crystallization
No abstract available
Vekilov, P. G.↗
Nonlinear Dynamics and Pattern Formation on the Growth Interfaces of Protein Crystals
No abstract available
Vekilov, P. G.↗
Defect Formation During Crystallization of Ferritins: Molecular Mechanisms
No abstract available
Yau, S.-T.↗