D Interpretation of Coupling Matrices

$Standard deviation of squared coupling values ${\wijab}^2$ and of coupling values $\wijab$ for residue pairs not in physical contact ($\Delta \Cb > 25 \angstrom$). Dataset contains 100.000 residue pairs per class (for details see methods section 2.6.6). Amino acids are abbreviated with one-letter code and they are broadly grouped with respect to physico-chemical properties listed in Appendix B Left Standard deviation of squared coupling values ${\wijab}^2$ . Right Standard deviation of coupling values $\wijab$.$ $Standard deviation of squared coupling values ${\wijab}^2$ and of coupling values $\wijab$ for residue pairs not in physical contact ($\Delta \Cb > 25 \angstrom$). Dataset contains 100.000 residue pairs per class (for details see methods section 2.6.6). Amino acids are abbreviated with one-letter code and they are broadly grouped with respect to physico-chemical properties listed in Appendix B Left Standard deviation of squared coupling values ${\wijab}^2$ . Right Standard deviation of coupling values $\wijab$.$

Figure D.1: Standard deviation of squared coupling values ${\wijab}^2$ and of coupling values $\wijab$ for residue pairs not in physical contact ($\Delta \Cb > 25 \angstrom$). Dataset contains 100.000 residue pairs per class (for details see methods section 2.6.6). Amino acids are abbreviated with one-letter code and they are broadly grouped with respect to physico-chemical properties listed in Appendix B Left Standard deviation of squared coupling values ${\wijab}^2$ . Right Standard deviation of coupling values $\wijab$.