eF-site ID 6fki-p
PDB Code 6fki
Chain p

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Title Chloroplast F1Fo conformation 3
Classification MEMBRANE PROTEIN
Compound ATP synthase subunit a, chloroplastic
Source ORGANISM_COMMON: Spinach; ORGANISM_SCIENTIFIC: Spinacia oleracea;
Sequence p:  IEKASLFDFNLTLPIIMAEFLFLMFALDKIYYTPLGDFMD
KRDASIKEQLSGVKDTSSEVKQLEEQANAVMRAARAEISA
ALNKMKKETQLEVEAKLAEGRKKIEVELQEALGSLEQQKE
DTIKSLDSQISALSDDIVKKVLP
Description (1)  ATP synthase subunit a, chloroplastic, ATP synthase subunit b, chloroplastic, ATP synthase delta chain, chloroplastic, ATP synthase subunit b', chloroplastic, ATP synthase epsilon chain, chloroplastic, ATP synthase gamma chain, chloroplastic, ATP synthase subunit c, chloroplastic, ATP synthase subunit alpha, chloroplastic (E.C.3.6.3.14), ATP synthase subunit beta, chloroplastic (E.C.3.6.3.14)


Functional site

1) chain p
residue 203
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

2) chain p
residue 204
type
sequence D
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

3) chain p
residue 205
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

4) chain p
residue 207
type
sequence I
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

5) chain p
residue 208
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

6) chain p
residue 209
type
sequence A
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

7) chain p
residue 210
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD2

8) chain p
residue 203
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

9) chain p
residue 204
type
sequence D
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

10) chain p
residue 205
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

11) chain p
residue 207
type
sequence I
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

12) chain p
residue 208
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

13) chain p
residue 209
type
sequence A
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

14) chain p
residue 210
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD3

15) chain p
residue 203
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

16) chain p
residue 204
type
sequence D
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

17) chain p
residue 205
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

18) chain p
residue 207
type
sequence I
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

19) chain p
residue 208
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

20) chain p
residue 209
type
sequence A
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

21) chain p
residue 210
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD4

22) chain p
residue 203
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

23) chain p
residue 204
type
sequence D
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

24) chain p
residue 205
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

25) chain p
residue 207
type
sequence I
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

26) chain p
residue 208
type
sequence S
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

27) chain p
residue 209
type
sequence A
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5

28) chain p
residue 210
type
sequence L
description binding site for Ligand GLN p 206 bound to SER A 10
source : AD5


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