Table 2. Model completeness by subunit.
For each subunit is given the actual number of residues present in the complex based on sequence, and the number of residues modeled in each monomer of the two structures presented here. The chain letters assigned to each subunit in each monomer are also indicated. Major differences are due to the lack of subunit 11 in the crystals and disorder of the first 30 residues of subunit 10 in chain J of 1PPJ.
modeled in structure: | ||||||
---|---|---|---|---|---|---|
1PP9 | 1PPJ | |||||
Subunit | number of residues actual | monomer #1 | monomer #2 | monomer #1 | monomer #2 | |
1 | “core”1 | 446 | A 442 | N442 | A 441 | N 441 |
2 | “core”2 | 439 | B 423 | O424 | B 424 | O 423 |
3 | cyt b | 379 | C365 | P 370 | C 365 | P 365 |
4 | cyt c1 | 241 | D241 | Q241 | D 241 | Q 241 |
5 | ISP | 196 | E 196 | R196 | E 196 | R 196 |
6 | 110 | F 99 | S 99 | F 99 | S 99 | |
7 | 81 | G 73 | T 74 | G 73 | T 74 | |
8 | “hinge” | 78 | H 66 | U 66 | H 66 | U 66 |
9 | signal | 78 | I 42 | V 42 | I 43 | V 43 |
10 | 62 | J 62 | W 62 | J 32 | W 61 | |
11 | 56 | K 0 | X 0 | K 0 | X 0 | |
sum | 2166 | 2009 | 2016 | 1980 | 2009 |