Development of Neighbors Atomic Coordinate Tables and Plot-Graphical Representation for Tertiary Structure in Proteins
Hamed Fawareh, Jehad Q. Odeh & Nawal Al-Omoush
Journal of Computer Science, Volume 6, Issue 6, pp. 666–668 · doi.org/10.3844/jcssp.2010.666.668
Abstract
Problem statement: Contact map prediction is an interesting method for its application in fold recognition and protein tertiary structure determination. Approach: This study developed a method to predict a protein tertiary structure from the amino acid sequence using contact map. The method showed prediction a protein in a binary space of exposure states. The approach produced several procedures to finds a set of three dimensional coordinates consistent with contact map of threshold t. Results: The approach used a Matlab tools for improve protein prediction accuracy. The developed tool selects a set of three dimensional coordinates for distance between nodes. Then, the node mapped into protein structure. Conclusion: Finally the approach produced a plot-graphical representation for tertiary structure in proteins.
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Fawareh, H., Odeh, J. Q. & Al-Omoush, N. (2010). Development of Neighbors Atomic Coordinate Tables and Plot-Graphical Representation for Tertiary Structure in Proteins. Journal of Computer Science, 6(6), 666–668. https://doi.org/10.3844/jcssp.2010.666.668
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