Table 1.
PLN | SERCA1a
|
|||
---|---|---|---|---|
M2 | M4 | M6 | M9 | |
M20 | K328 | |||
Q23 | K328, K329 | |||
A24 | R325 | |||
Q26 | R324 | |||
N27 | L321, R324, R325 | |||
L28 | W932 | |||
Q29 | R324, R324 | |||
N30 | T317, A320, L321, R324 | |||
L31 | T805, F809 | |||
N34 | T317 | L802, T805 | ||
F35 | L802 | L939 | ||
L37 | L797 | |||
I38 | V798, L802 | L943 | ||
F41 | I97 | L797 | ||
L42 | L943, L953 | |||
L44 | L96 | |||
I45 | V93 | W794 | I956, F957 | |
C46 | P952 | |||
I48 | L96 | |||
V49 | V89 | |||
L51 | I85 |
SERCA1a residues in the transmembrane sequences indicated are proposed to form hydrophobic (van der Waals) interactions with the PLN residue in the same row. SERCA1a residues in bold letters are proposed to form polar interactions with the PLN residue in the same row. SERCA1a residues in italics are those for which van der Waals contacts are likely to cause repulsion.