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Showing 1 - 50 of 1,832 items for (author: old & w)

EMDB-73556:
the structure of ERMA complex with ATPrS and Mg++
Method: single particle / : Shi N, Jiang Y

EMDB-73630:
the structure of ERMA Mg2+ bound form
Method: single particle / : Shi N, Jiang Y

PDB-9ywq:
the structure of ERMA complex with ATPrS and Mg++
Method: single particle / : Shi N, Jiang Y

PDB-9yyd:
the structure of ERMA Mg2+ bound form
Method: single particle / : Shi N, Jiang Y

EMDB-71756:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened consensus map from cryoSPARC non-uniform refinement)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71757:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened AHD1 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71758:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened AHD2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71759:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened CORE1 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71760:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened CORE2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71761:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened WalkerB1 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71762:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened WalkerB2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71763:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened NBD1 plus T2a local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71764:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened NBD2 plus T2a local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71765:
Alternative NBD1-binding geometry in channel-formed, ATP-bound, VX809-bound, T2a-nanobody-bound wild-type human CFTR (sharpened T2a plus T2a local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-70641:
Monomeric ADAR2_E488Q bound to dsRNA sequence derived from human GLI1 gene
Method: single particle / : Matthews MM, Wolf M

EMDB-71698:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened AHD1 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71709:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened AHD2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71710:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened CORE1 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71711:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened CORE2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71713:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened WalkerB2 local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-71714:
V-shaped (channel-formed), ATP-bound, VX809-bound, T2a-nanobody-bound conformation of wild-type human CFTR (sharpened T2a local refinement map from cryoSPARC)
Method: single particle / : Hunt JF, Paige AS, Cohen BM, Goldberg PM, Wang C, Loughlin BJ, Kappes JC, Yang Z, Jiang F, Govaerts C, Overtus M, Rich Z

EMDB-72724:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 6 and 7
Method: single particle / : Galkin VE, Risi CM

EMDB-72734:
The structure of the cardiac native cross bridge in the rigor state, myosin heads bound to actin molecules 5 and 6.
Method: single particle / : Galkin VE, Risi CM

EMDB-73030:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 2 and 3
Method: single particle / : Galkin VE, Risi CM

EMDB-73042:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 1 and 2
Method: single particle / : Galkin VE, Risi CM

EMDB-73055:
The structure of the cardiac native crossbridge in the rigor state, myosin heads with essential and regulatory light chains bound to actin molecules 6 and 7
Method: single particle / : Galkin VE, Risi CM

PDB-9ya8:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 6 and 7
Method: single particle / : Galkin VE, Risi CM

PDB-9yaq:
The structure of the cardiac native cross bridge in the rigor state, myosin heads bound to actin molecules 5 and 6.
Method: single particle / : Galkin VE, Risi CM

PDB-9yjp:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 2 and 3
Method: single particle / : Galkin VE, Risi CM

PDB-9yk9:
The structure of the cardiac native crossbridge in the rigor state, myosin heads bound to actin molecules 1 and 2
Method: single particle / : Galkin VE, Risi CM

PDB-9ykn:
The structure of the cardiac native crossbridge in the rigor state, myosin heads with essential and regulatory light chains bound to actin molecules 6 and 7
Method: single particle / : Galkin VE, Risi CM

EMDB-72260:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.047, RP.057 and RP.035
Method: single particle / : Barrett JR, Ward AB

EMDB-72265:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.093, RP.073 and RP.063
Method: single particle / : Barrett JR, Ward AB

EMDB-72294:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.092 and RP.052
Method: single particle / : Barrett JR, Ward AB

PDB-9q69:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.047, RP.057 and RP.035
Method: single particle / : Barrett JR, Ward AB

PDB-9q6b:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.093, RP.073 and RP.063
Method: single particle / : Barrett JR, Ward AB

PDB-9q7c:
Cryo-electron microscopy structure of PfRIPR bound to monoclonal antibodies RP.092 and RP.052
Method: single particle / : Barrett JR, Ward AB

EMDB-75881:
Evaluating the Volta Phase Plate for Improved Tomogram Alignment in Cryo-Electron Tomography: structure of PP7 virus-like-particle without VPP (full dataset)
Method: subtomogram averaging / : Hutchings J, Ji D, Ali M, Siems H, Serwas D, Paraan M, Montabana EA, Yu Y

EMDB-75882:
Evaluating the Volta Phase Plate for Improved Tomogram Alignment in Cryo-Electron Tomography: structure of PP7 virus-like-particle with VPP (full dataset)
Method: subtomogram averaging / : Hutchings J, Ji D, Ali M, Siems H, Serwas D, Paraan M, Montabana EA, Yu Y

EMDB-77042:
Apoferritin with crossed laser phase plate (xLPP), xLPP-on
Method: single particle / : Yu Y, Kopylov M, Cheng A, Montabana E, Olshin P

EMDB-77043:
Apoferritin with crossed laser phase plate (xLPP), xLPP-on, paired dataset
Method: single particle / : Yu Y, Kopylov M, Cheng A, Montabana E, Olshin P

EMDB-77047:
Apoferritin with crossed laser phase plate (xLPP), xLPP-off, paired dataset
Method: single particle / : Yu Y, Kopylov M, Cheng A, Montabana E, Olshin P

EMDB-58124:
In situ subtomogram average of a ribosome bound to ribosome associated vesicle in primary neurons expressing KDEL tagged with mNeonGreen (mNeon-KDEL)
Method: subtomogram averaging / : Carter SD, Jensen GJ, Freyberg Z

EMDB-53313:
Structure of the MEGF8-MOSMO complex with nanobody 270 (Focused refinement)
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Sarkar P, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53321:
Focused refinement of the MGRN1 ubiquitin ligase in complex with MEGF8, MOSMO and nanobody 270
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53322:
Structure of the MMM ubiquitin ligase complex with nanobody 270 (Consensus map)
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53323:
Cryo-EM structure of the MMM ubiquitin ligase complex with nanobody 270 (Composite map)
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Sarkar P, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53327:
Structure of the helix-stabilized MMM ubiquitin ligase complex with nanobody 270 (Consensus map)
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Sarkar P, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53328:
Focused refinement of the MGRN1 ubiquitin ligase in complex with helix-stabilized MEGF8, MOSMO and nanobody 270
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Sarkar P, Lartey D, Gao L, Milenkovic L, Chalk R, Steyaert J, Bazan F, Rouse SL, Marqusee S, Kong JH, Rohatgi R, Siebold C

EMDB-53329:
Cryo-EM structure of the helix-stabilized MMM ubiquitin ligase complex with nanobody 270 (Composite map)
Method: single particle / : Williams C, Carrique L, Pardon E, Nocka LM, Hedger G, Pusapati GV, Parashara P, Latorraca NR, Sarkar P, Lartey D, Gao L, Milenkovic L, Steyaert J, Bazan F, Rouse S, Marqusee S, Kong JH, Rohatgi R, Siebold C

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