Table 2.
Available Prx Crystal Structures
| PRX | PDB code | Resolution (Å) | Redox state | Conformation | Oligomeric statea | Reference |
|---|---|---|---|---|---|---|
| PvPrx1a | 2H66 | 2.5 | S50-S170′ | LU | (α2)5 | (255)b |
| PvPrx1a | 2I81 | 2.5 | SH50, SH170′ | FF | (α2)5 | n/ac |
| PyPrx1a | 2H01 | 2.3 | SH44, SH164′ | LU | (α2)4 | n/ac |
| PfPrx1m | 2C0D | 1.8 | S67-SH187′ | LU(alt)d | α2(B) | (27) |
| TcruPrx1a | 1UUL | 2.8 | SH52, SH173′ | FF | (α2)5 | (202) |
| PfPrx5 | 1XIY | 1.8 | SO3H59 | FF | α2(A) | (222) |
| PyPrx6 | 1XCC | 2.3 | SH47 | FF | α2(B) | (255)b |
a
An A-type or B-type dimer is noted in parentheses. For octamers and decamers, both interfaces are used.
b
The publication summarizes a number of structures solved by the Structural Genomics Consortium (SGC; http://sgc.utoronto.ca) and shows only structure snapshots without specific discussion of PvPrx1a or PyPrx6.
c
The structure has been solved and deposited in the Protein Data Bank (http://pdb.org) by the SGC and is unpublished to date.
d
The CP loop has shifted, as is expected to occur after decamer dissociation.