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Showing 1 - 50 of 139 items for (author: nimigean & c)

EMDB-75424: 
SthK closed state at low temperature, cAMP-bound in DOPC nanodiscs
Method: single particle / : Chieh-Chin L, Nimigean CM

PDB-10rx: 
SthK closed state at low temperature, cAMP-bound in DOPC nanodiscs
Method: single particle / : Chieh-Chin L, Nimigean CM

EMDB-73779: 
Ca2+-bound MthK WT in lipid nanodiscs composed of 22:1PC (75%) and POPG (25%)
Method: single particle / : Yoo H, Nimigean CM

PDB-9z2v: 
Ca2+-bound MthK WT in lipid nanodiscs composed of 22:1PC (75%) and POPG (25%)
Method: single particle / : Yoo H, Nimigean CM

EMDB-73771: 
Ca2+-bound MthK WT in lipid nanodiscs composed of 14:1PC (75%) and POPG (25%)
Method: single particle / : Yoo H, Nimigean CM

PDB-9z2m: 
Ca2+-bound MthK WT in lipid nanodiscs composed of 14:1PC (75%) and POPG (25%)
Method: single particle / : Yoo H, Nimigean CM

EMDB-70988: 
SthK closed state at low temperature, cAMP-bound in the presence of DOPE
Method: single particle / : Li CC, Nimigean CM

EMDB-70989: 
SthK intermediate state at low temperature, cAMP-bound in the presence of DOPE
Method: single particle / : Li CC, Nimigean CM

PDB-9oxl: 
SthK closed state at low temperature, cAMP-bound in the presence of DOPE
Method: single particle / : Li CC, Nimigean CM

PDB-9oxm: 
SthK intermediate state at low temperature, cAMP-bound in the presence of DOPE
Method: single particle / : Li CC, Nimigean CM

EMDB-74534: 
CNGA1 channel closed state in nanodisc cGMP-free
Method: single particle / : Park T, Nimigean CM

EMDB-74535: 
CNGA1 channel intermediate state in nanodisc cGMP-bound
Method: single particle / : Park T, Nimigean CM

EMDB-74536: 
CNGA1 channel open state in nanodisc cGMP-bound
Method: single particle / : Park T, Nimigean CM

EMDB-74537: 
CNGA1 channel closed state in nanodisc with brain PIP2 cGMP-free
Method: single particle / : Park T, Nimigean CM

EMDB-74538: 
CNGA1 channel intermediate state in nanodisc with brain PIP2 cGMP-bound
Method: single particle / : Park T, Nimigean CM

EMDB-74539: 
CNGA1 channel closed state in nanodisc with diC8-PIP2 cGMP-free
Method: single particle / : Park T, Nimigean CM

EMDB-74540: 
CNGA1 channel intermediate state in nanodisc with diC8-PIP2 cGMP-bound
Method: single particle / : Park T, Nimigean CM

PDB-9zpv: 
CNGA1 channel closed state in nanodisc cGMP-free
Method: single particle / : Park T, Nimigean CM

PDB-9zpw: 
CNGA1 channel intermediate state in nanodisc cGMP-bound
Method: single particle / : Park T, Nimigean CM

PDB-9zpx: 
CNGA1 channel open state in nanodisc cGMP-bound
Method: single particle / : Park T, Nimigean CM

PDB-9zpy: 
CNGA1 channel closed state in nanodisc with brain PIP2 cGMP-free
Method: single particle / : Park T, Nimigean CM

PDB-9zpz: 
CNGA1 channel intermediate state in nanodisc with brain PIP2 cGMP-bound
Method: single particle / : Park T, Nimigean CM

PDB-9zq0: 
CNGA1 channel closed state in nanodisc with diC8-PIP2 cGMP-free
Method: single particle / : Park T, Nimigean CM

PDB-9zq1: 
CNGA1 channel intermediate state in nanodisc with diC8-PIP2 cGMP-bound
Method: single particle / : Park T, Nimigean CM

EMDB-46416: 
Ca2+ bound intermediate state of hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46418: 
Ca2+ free hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46419: 
Ca2+ free hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46421: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46423: 
Ca2+ bound intermediate state of hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46425: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

EMDB-46467: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent- Class 2
Method: single particle / : Agarwal S, Nimigean C

EMDB-46468: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent-Class 3
Method: single particle / : Agarwal S, Nimigean C

PDB-9czh: 
Ca2+ bound intermediate state of hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

PDB-9czj: 
Ca2+ free hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

PDB-9czk: 
Ca2+ free hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

PDB-9czm: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

PDB-9czo: 
Ca2+ bound intermediate state of hSlo1 + beta2N-beta4 channel in nanodisc.
Method: single particle / : Agarwal S, Nimigean C

PDB-9czq: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent.
Method: single particle / : Agarwal S, Nimigean C

PDB-9d18: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent-conformation 2 of inactivating domain
Method: single particle / : Agarwal S, Nimigean C

PDB-9d19: 
Ca2+ bound open-inactivated hSlo1 + beta2N-beta4 channel in detergent-conformation 3 of inactivating domain
Method: single particle / : Agarwal S, Nimigean C

EMDB-43520: 
WT SthK in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

EMDB-43521: 
SthK R120A in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

EMDB-43522: 
SthK R120A R124A in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

PDB-8vt9: 
WT SthK in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

PDB-8vta: 
SthK R120A in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

PDB-8vtb: 
SthK R120A R124A in the presence of PIP2 and cAMP
Method: single particle / : Schmidpeter PAM, Thon O, Nimigean CM

EMDB-42116: 
HCN1 complex with propofol
Method: single particle / : Kim ED, Nimigean CM

EMDB-42117: 
HCN1 nanodisc
Method: single particle / : Kim ED, Nimigean CM

EMDB-44425: 
HCN1 M305L with propofol
Method: single particle / : Kim ED, Nimigean CM

EMDB-44426: 
HCN1 M305L holo
Method: single particle / : Kim ED, Nimigean CM
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