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[Analysis of the spatial structure of proteins in terms of residue-residue contacts. II. Contact affinity].

Rodionov Ma, Gurevich Av, Galaktionov Sg

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Abstract

The possibility of detecting the mutual amino acid residue affinity when protein three-dimensional structures are described in terms of residue-residue contact matrices is discussed. The hypothesis of the lack of affinity between amino acid residues is examined; the values of the pertinent elements of the overall residue-residue contact matrices prove not to be statistically different from random estimates in 91%; the chance hypothesis is rejected in 9% of cases, represented as a rule by residues with charged side groups, especially oppositely charged ones.

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What this paper is about

The possibility of detecting the mutual amino acid residue affinity when protein three-dimensional structures are described in terms of residue-residue contact matrices is discussed. The hypothesis of the lack of affinity between amino acid residues is examined; the values of the pertinent elements of the overall residue-residue contact matrices prove not to be statistically different from random estimates in 91%; the chance hypothesis is rejected in 9% of cases, represented as a rule by residues with charged side groups, especially oppositely charged ones.

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Available abstract

The possibility of detecting the mutual amino acid residue affinity when protein three-dimensional structures are described in terms of residue-residue contact matrices is discussed. The hypothesis of the lack of affinity between amino acid residues is examined; the values of the pertinent elements of the overall residue-residue contact matrices prove not to be statistically different from random estimates in 91%; the chance hypothesis is rejected in 9% of cases, represented as a rule by residues with charged side groups, especially oppositely charged ones.

Key concepts: Residue (chemistry), Amino acid residue, Chemistry, Stereochemistry, Biochemistry, Peptide sequence, Gene

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[Analysis of the spatial structure of proteins in terms of residue-residue contacts. II. Contact affinity]. — Research Paper | ScholarLens