Table 1. FPEC pairs for the heme road
Table 1. FPEC pairs for the heme road
Table 1. FPEC pairs for the heme road
Table 1. FPEC pairs for the heme road
Table 1. FPEC pairs for the heme road
Table 1. FPEC pairs for the heme road
Distance in monomer (Å) Distance in monomer (Å) Coupling probability (%)
Organisms
Res1 DsrA
Res 2 DsrA
Res1 DsrB
Res2 DsrB
A. fulgidus N393 N222 T351 N180 33.51 33.51 90 90
D vulgaris N410 N223 P368 N191
MV2-Eury N369 L204 R337 S167 33.84 33.84 80 80
A. fulgidus N392 K240 I350 R197 23.62 23.62 94 94
D vulgaris T409 K241 D367 R208
MV2-Eury T368 E222 L336 T184
FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text). FPEC pairs resulting from EVCouplings analysis are shown in bold. All corresponding homologous residues in the A. fulgidus, D. vulgaris and MV2-Eury A and B chain sequences are shown. Distances are Cα-Cα distances. Bolded sequences correspond to FPEC residues from the queried subunits, italicized and underlined sequences to probable co-varying pairs (see text).