Skip to main content
. Author manuscript; available in PMC: 2018 Nov 1.
Published in final edited form as: Proteins. 2017 Aug 27;85(11):2127–2142. doi: 10.1002/prot.25367

Table 1.

A List of the proteins studied along with the numbers of amino acids in each of them (L), the number of sequences (N) available for the coevolutionary analysis in each of them, the sequence to length ratio (N/L), and the precision (P) of the contact prediction for each of them, as defined in Equation 8. N/L = 5 is often used as a guideline for the minimum number of sequences required to carry out an accurate coevolutionary analysis. The list is sorted in descending order of N/L. The fold of the protein is given along with its full name and function, if known.

Name L N N/L P Fold Full name (Function)
1r69 63 46,684 753.0 0.96 α amino-terminal of phage 434 repressor (DNA binding)
3icb 75 24,116 354.6 0.90 α Vit. D-dependent Calcium-binding protein (Calcium binding)
4cpv 108 7533 73.1 0.83 α Calcium-liganded Carp Parvalbumin (Calcium binding)
1n2x 101 3670 37.4 0.94 α TM0872 (SAM-dependent methyltransferase)
1mba 146 3975 27.8 0.82 α Myoglobin (Oxygen storage)
2eb8 154 3828 25.9 0.85 α apo-Myoglobin (Oxygen storage)
2z15 119 395 3.4 0.49 α/β Tob1 (Signaling protein)
T251 99 265 2.8 0.60 α/β SA0789 (unknown)
2ea9 103 242 2.4 0.37 α/β JW2626 (unknown)
256b 106 244 2.3 0.76 α Cytochrome b562 (electron transport)
1ljp 98 181 1.9 0.38 α beta-Cinnamomin Elicitin (toxin)
T0766 108 184 1.5 0.47 α/β BACUNI 04292 (unknown)
T120 117 151 1.3 0.32 α/β XRCC4 (gene regulation)