Energy Barrier for Protein Adhesion and Crystal Nucleation on Flat Alien Substrates

Daniela   S.   Tsekova; Varban      Savov

doi:10.2174/0929866054395798

Abstract

From the experimentally defined rate of heterogeneous formation of protein crystals and number of collisions between protein molecules with substrate, the energy barrier for adhesion of protein molecule to alien materials is estimated. According to the Boltzmann equation for energy distribution this barrier is of the order of 10 -12 erg per molecule.

Keywords: protein adhesion, crystal nucleation, energy barrier, flat substrate, boltzmann equation

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Protein & Peptide Letters

Title: Energy Barrier for Protein Adhesion and Crystal Nucleation on Flat Alien Substrates

Volume: 12 Issue: 6

Author(s): Daniela S. Tsekova and Varban Savov

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Keywords: protein adhesion, crystal nucleation, energy barrier, flat substrate, boltzmann equation

Abstract: From the experimentally defined rate of heterogeneous formation of protein crystals and number of collisions between protein molecules with substrate, the energy barrier for adhesion of protein molecule to alien materials is estimated. According to the Boltzmann equation for energy distribution this barrier is of the order of 10 -12 erg per molecule.

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Tsekova S. Daniela and Savov Varban, Energy Barrier for Protein Adhesion and Crystal Nucleation on Flat Alien Substrates, Protein & Peptide Letters 2005; 12 (6) . https://dx.doi.org/10.2174/0929866054395798