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Are binding residues conserved?

Christos A. Ouzounis, C Pérez-Irratxeta, Christian Sander, Alfonso Valencia

Open publisher page 35 citations

Abstract

We present our attempt to quantify the evolutionary dynamics of functional residues in a representative set of protein structures and their homologous sequences. Using the log-odds formalism, the preference for all twenty amino acids to be conserved or participate in binding (or active) sites is examined. It appears that while there is a tendency for functional residues to be conserved, the two preference scales do not coincide. Remarkable differences between amino acid types emerge from this comparative study. The current approach is expected to lead towards a better understanding of functional site architecture in proteins.

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What this paper is about

We present our attempt to quantify the evolutionary dynamics of functional residues in a representative set of protein structures and their homologous sequences. Using the log-odds formalism, the preference for all twenty amino acids to be conserved or participate in binding (or active) sites is examined. It appears that while there is a tendency for functional residues to be conserved, the two preference scales do not coincide. Remarkable differences between amino acid types emerge from this comparative study. The current approach is expected to lead towards a better understanding of functional site architecture in proteins.

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Available abstract

We present our attempt to quantify the evolutionary dynamics of functional residues in a representative set of protein structures and their homologous sequences. Using the log-odds formalism, the preference for all twenty amino acids to be conserved or participate in binding (or active) sites is examined. It appears that while there is a tendency for functional residues to be conserved, the two preference scales do not coincide. Remarkable differences between amino acid types emerge from this comparative study. The current approach is expected to lead towards a better understanding of functional site architecture in proteins.

Key concepts: Conserved sequence, Protein superfamily, Amino acid, Computational biology, Amino acid residue, Evolutionary biology, Biology, Preference

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