Computational modeling of specific biological structures behavior

Computational modeling of biological barriers

One of the most important aspects for all life on this planet is the act to keep their biological processes in a state where they do not reach equilibrium. One part in the upholding of this imbalanced state is the barrier between the cells and their surroundings, created by the cell membrane. Additionally, terrestrial animal life often requires a barrier that protects the organism’s body from e...

A Computational Study to Find the Vibrational Modes Connected with Specific Molecular Structures of Calculated Compound

The purpose of this research is to provide a deeper understanding of the planar high- symmetry configuration instability. In the ideal case, the distortion corresponds to the movements of nuclei along normal modes that belong to non-totally symmetric irreps of the high symmertry (HS) point group of molecule. The analysis of the structural distortion from the HS nuclear arrangements of the JT ac...

Computational Aspects of Biological Sequences and Structures

Computational Modeling of pH-dependent Protein Structures

With the rising importance of proteomics research, current experimental methods of protein structure determination are too slow to map the millions of protein interactions observed in humans. In an effort to remedy this problem, computational methods of protein modeling are being developed. Changes in protein energetic and structural properties, caused by pH, are key to many interactions within...

Modeling and Visualization of Biological Structures

Rapid progress in the modeling of biological structures and simulation of their development has occurred over the last few years. It has been coupled with the visualization of simulation results, which has lead to a better understanding of morphogenesis and given rise to new procedural techniques for realistic image synthesis. This paper characterizes selected models of morphogenesis with a sig...