Protein: STAT6
Published: Aug. 10, 2016
Method: X-ray diffraction
Resolution: 3.200
Publication: Structural basis for DNA recognition by STAT6
| Protein | Domain | N-term | bA | bAaA | aA | aAbB | bB | bBbC | bC | bCbD | bD | aB' | aB | C-term | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| x50 | x51 | x52 | x53 | x42 | x43 | x44 | x45 | x46 | x47 | x48 | x49 | x50 | x51 | x52 | x53 | x45 | x46 | x47 | x48 | x49 | x50 | x51 | x52 | x49 | x50 | x47 | x48 | x49 | x50 | x51 | x52 | x53 | x54 | x55 | x56 | x44 | x45 | x46 | x47 | x48 | x49 | x50 | x51 | x52 | x521 | x53 | x45 | x46 | x47 | x48 | x49 | x50 | x51 | x52 | x46 | x47 | x48 | x49 | x50 | x51 | x52 | x53 | x54 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| STAT6 | N-terminal | G | V | L | D | L | T | K | R | C | L | R | S | Y | W | S | D | R | L | I | I | G | F | I | S | K | Q | Y | V | T | S | L | L | L | N | E | P | D | G | T | F | L | L | R | F | S | D | S | E | I | G | G | I | T | I | A | H | V | I | R | G | Q | D | G | S | P | Q | I | E | N | I | Q | P | F | S | A | K | D | L | S | I | R | S | L | G | D | R | I | R | D | L | A | Q | L | K | N | L | Y | P | K | K | P | K | D | E | A | F | R | S | H | Y | K | P | E | Q | M | G | K | D | |
| STAT6 | 5D39_N_A | G | V | L | D | L | T | K | R | C | L | R | S | Y | W | S | D | R | L | I | I | G | F | I | S | K | Q | Y | V | T | S | L | L | L | N | E | P | D | G | T | F | L | L | R | F | S | D | S | E | I | G | G | I | T | I | A | H | V | I | R | G | Q | D | G | S | P | Q | I | E | N | I | Q | P | F | S | A | K | D | L | S | I | R | S | L | G | D | R | I | R | D | L | A | Q | L | K | N | L | Y | P | K | K | P | K | D | E | A | F | R | S | H | Y | K | P | E | Q | M | G | K | D | |
| STAT6 | 5D39_N_B | G | V | L | D | L | T | K | R | C | L | R | S | Y | W | S | D | R | L | I | I | G | F | I | S | K | Q | Y | V | T | S | L | L | L | N | E | P | D | G | T | F | L | L | R | F | S | D | S | E | I | G | G | I | T | I | A | H | V | I | R | G | Q | D | G | S | P | Q | I | E | N | I | Q | P | F | S | A | K | D | L | S | I | R | S | L | G | D | R | I | R | D | L | A | Q | L | K | N | L | Y | P | K | K | P | K | D | E | A | F | R | S | H | Y | K | P | E | Q | M | G | K | D | |
| STAT6 | 5D39_N_C | G | V | L | D | L | T | K | R | C | L | R | S | Y | W | S | D | R | L | I | I | G | F | I | S | K | Q | Y | V | T | S | L | L | L | N | E | P | D | G | T | F | L | L | R | F | S | D | S | E | I | G | G | I | T | I | A | H | V | I | R | G | - | - | G | S | P | Q | I | E | N | I | Q | P | F | S | A | K | D | L | S | I | R | S | L | G | D | R | I | R | D | L | A | Q | L | K | N | L | Y | P | K | K | P | K | D | E | A | F | R | S | H | Y | K | P | E | Q | M | G | K | D | |
| STAT6 | 5D39_N_D | G | V | L | D | L | T | K | R | C | L | R | S | Y | W | S | D | R | L | I | I | G | F | I | S | K | Q | Y | V | T | S | L | L | L | N | E | P | D | G | T | F | L | L | R | F | S | D | S | E | I | G | G | I | T | I | A | H | V | I | R | G | Q | D | G | S | P | Q | I | E | N | I | Q | P | F | S | A | K | D | L | S | I | R | S | L | G | D | R | I | R | D | L | A | Q | L | K | N | L | Y | P | K | K | P | K | D | E | A | F | R | S | H | Y | K | P | E | Q | M | G | K | D | |