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Showing 1 - 50 of 80 items for (author: weaver & sc)

EMDB-64215:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of ATP
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64216:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Ap4A
Method: single particle / : Duan W, Serganov A

EMDB-64218:
CryoEM structure of the T.thermophilus transcription initiation complex bound to ATP-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64219:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Up4A
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64250:
CryoEM structure of the T.thermophilus transcription initiation complex
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64251:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Ap4A-C, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64252:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Ap4A-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64253:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Gp4A, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64254:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Gp4A-C-U and CTP, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64255:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Gp4A-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64266:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Up4A-C and Up4A, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64267:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Up4A-C and UTP, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64271:
CryoEM structure of T.thermophilus transcription initiation complex bound to Gp4A-C, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-64404:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Gp4A, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ujk:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of ATP
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ujl:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Ap4A
Method: single particle / : Duan W, Serganov A

PDB-9ujn:
CryoEM structure of the T.thermophilus transcription initiation complex bound to ATP-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ujp:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Up4A
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ukn:
CryoEM structure of the T.thermophilus transcription initiation complex
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9uko:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Ap4A-C, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ukp:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Ap4A-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9uks:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Gp4A, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ukt:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Gp4A-C-U and CTP, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9uku:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Gp4A-C, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9uls:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Up4A-C and Up4A, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9ult:
CryoEM structure of the T.thermophilus transcription initiation complex bound to Up4A-C and UTP, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9uma:
CryoEM structure of T.thermophilus transcription initiation complex bound to Gp4A-C, -1 dA in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

PDB-9upw:
CryoEM structure of the T.thermophilus transcription initiation complex in the presence of Gp4A, -1 dC in the template DNA strand
Method: single particle / : Duan W, Kaushik A, Serganov A

EMDB-41374:
Antibody N3-1 bound to RBDs in the up and down conformations
Method: single particle / : Hsieh CL, McLellan JS

EMDB-41382:
Antibody N3-1 bound to RBD in the up conformation
Method: single particle / : Hsieh CL, McLellan JS

EMDB-41399:
Antibody N3-1 bound to SARS-CoV-2 spike
Method: single particle / : Hsieh CL, McLellan JS

PDB-8tm1:
Antibody N3-1 bound to RBDs in the up and down conformations
Method: single particle / : Hsieh CL, McLellan JS

PDB-8tma:
Antibody N3-1 bound to RBD in the up conformation
Method: single particle / : Hsieh CL, McLellan JS

EMDB-26336:
APE1 bound to a nucleosome core particle with AP-site at SHL-6
Method: single particle / : Weaver TM, Freudenthal BD

EMDB-26337:
Nucleosome core particle with AP-site at SHL-6
Method: single particle / : Freudenthal BD, Weaver TM

EMDB-26338:
nucleosome core particle with AP-site at SHL-6.5
Method: single particle / : Freudenthal BD, Weaver TM

EMDB-26339:
Nucleosome core particle with AP-site at SHL0
Method: single particle / : Freudenthal BD, Weaver TM

PDB-7u50:
APE1 bound to a nucleosome core particle with AP-site at SHL-6
Method: single particle / : Weaver TM, Freudenthal BD

PDB-7u51:
Nucleosome core particle with AP-site at SHL-6
Method: single particle / : Freudenthal BD, Weaver TM

PDB-7u52:
nucleosome core particle with AP-site at SHL-6.5
Method: single particle / : Freudenthal BD, Weaver TM

PDB-7u53:
Nucleosome core particle with AP-site at SHL0
Method: single particle / : Freudenthal BD, Weaver TM

EMDB-23199:
Generation of ordered protein assemblies using rigid three-body fusion
Method: single particle / : Yao Q, Vulovic I, Baker D, Jensen G

EMDB-23531:
D3-19.19
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23532:
D3-19.14
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23533:
D3-1.5C
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23534:
Designed oligomer D2-1.1B
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23535:
Designed oligomer D2-1.4H
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23536:
Designed oligomer D2-1.1D
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23537:
DARPin 21.8.HSA-C9.v2 with HSA complex
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

EMDB-23538:
DARPin HAS local refinement
Method: single particle / : Park YJ, Ivan V, Baker D, Veesler D

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

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  • The previous official version 1.9 will be removed from the archive.

Related info.:EMDB header

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

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  • EM Navigator can help to find cryo-EM structure data by both pioneers.

External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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