TM2 Residues Contributing >1 kcal/mole Static Field Energy to the Interaction of K+ along the Pore for Z < 0 Å
| TM2 . | . | . | . | . | . | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| KirBac1.1 | E130 | I131 | M135 | I138 | T142 | |||||
| Kir1.1 | Q163 | S164 | V168 | N171 | C175 | |||||
| Kir2.1 | Q164 | S165 | C169 | D172 | I176 | |||||
| Kir3.1 | Q165 | S166 | S170 | D173 | I177 | |||||
| Kir6.2 | Q152 | N153 | L157 | N160 | L164 | |||||
| TM2 . | . | . | . | . | . | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| KirBac1.1 | E130 | I131 | M135 | I138 | T142 | |||||
| Kir1.1 | Q163 | S164 | V168 | N171 | C175 | |||||
| Kir2.1 | Q164 | S165 | C169 | D172 | I176 | |||||
| Kir3.1 | Q165 | S166 | S170 | D173 | I177 | |||||
| Kir6.2 | Q152 | N153 | L157 | N160 | L164 | |||||
Residues are aligned across the five Kir channels to show the variation at each position between strongly contributing residues (bold) and non-electrostatic counterparts (italics). The green spheres in Fig. 1 A highlight the positions of these five sites.