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Showing 1 - 50 of 18,260 items for (author: zhang & z)

PDB-29rf:
Structure of Yeast RNA polymerase II elongation complex with NTP-state-III
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-30ep:
Cryo-EM structure of the yeast RNA polymerase II elongation complex with 19-mer RNA in State III (TL-open), in the presence of substrate ATP
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-30es:
Cryo-EM structure of the yeast RNA polymerase II elongation complex with 19-mer RNA in State V (TL-closed), in the presence of substrate ATP
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sb0:
Structure of Yeast RNA polymerase II elongation complex with NTP-state-VI
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sb2:
Structure of Yeast RNA polymerase II elongation complex with NTP-state-VII-B
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sb4:
Structure of Yeast RNA polymerase II elongation complex with NTP-state-VII-D
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sb5:
Structure of Yeast RNA polymerase II elongation complex with NTP-state-II
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbl:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-1
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbm:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-2
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbn:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-3
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbo:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-4
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbp:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-5
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbq:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-6
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbr:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-7
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbs:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-8
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbt:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-9
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbu:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-10
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbv:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-11
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbw:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-12
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbx:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-13
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sby:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-14
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sbz:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-15
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sc0:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-16
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sc1:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-17
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sc2:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-18
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sc3:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-19
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-9sc4:
Structure of Yeast RNA polymerase II elongation complex with ATP frame-20
Method: single particle / : Yi G, Li Q, Zhang P, Wang D

PDB-10se:
The CryoEM structure of T8 nanofiber
Method: helical / : Zhang H, Yang Y

PDB-10sf:
The CryoEM structure of T10 type1 nanofiber
Method: helical / : Zhang H, Yang Y

PDB-9vlz:
CryoEM structure of GasderminE-N pore
Method: single particle / : Zhao X, Liu Z, Li S, Zhang K, Li S

PDB-9lbq:
Cryo-EM structure of the Retron-Eco8 complex
Method: single particle / : Zhang JT, Ji CG, Jia N

PDB-21dz:
Cryo-EM structure of AtCas9-sgRNA-underwound DNA (CATA PAM) ternary complex
Method: single particle / : Meng B, Duan M, Wu LJ, Liu ZJ, Zhang Y

PDB-21ea:
Cryo-EM structure of AtCas9-sgRNA-underwound DNA (TATA PAM) ternary complex
Method: single particle / : Meng B, Duan M, Wu LJ, Liu ZJ, Zhang Y

PDB-9wac:
Cryo-EM structure of AtCas9-sgRNA-underwound DNA (TTGA) ternary complex
Method: single particle / : Meng B, Duan M, Wu LJ, Liu ZJ, Zhang Y

PDB-9wad:
Cryo-EM structure of AtCas9-sgRNA-B-form DNA ternary complex
Method: single particle / : Meng B, Duan M, Wu LJ, Liu ZJ, Zhang Y

PDB-9wn8:
Cryo-EM structure of the Retron-Eco8 complex in the presence of ATP
Method: single particle / : Zhang JT, Ji CG, Jia N

PDB-9vkz:
Cryo-EM structure of retron Ec78 effector protein PtuA hexamer
Method: single particle / : Duan L, Chen L, Li S, Zhang K, Qing G

EMDB-65963:
In situ subtomogram average of 80S ribosome (local refined with LSU mask)
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68807:
Cryo-EM structure of human apoferritin at 1.81 Angstrom resolution(using CR-BIS data collection on Falcon4).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68808:
Cryo-EM structure of human apoferritin at 1.79 Angstrom resolution(using BIS data collection on Falcon4).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68809:
Cryo-EM structure of human apoferritin at 1.64 Angstrom resolution(using CR-BIS data collection on Falcon4i).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68810:
Cryo-EM structure of human apoferritin at 1.65 Angstrom resolution(using BIS data collection on Falcon4i).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68811:
Cryo-EM structure of human apoferritin at 2.05 Angstrom resolution(using CR-BIS data collection on K3).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68812:
Cryo-EM structure of human apoferritin at 2.05 Angstrom resolution(using BIS data collection on K3).
Method: single particle / : Yang Q, Huang XJ, Zhang XZ

EMDB-68813:
Subtomogram average structure of human apoferritin at 2.21 Angstrom resolution(using CR-BIS data collection on K3).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68814:
Subtomogram average structure of human apoferritin at 2.28 Angstrom resolution(using BIS data collection on K3).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68815:
Subtomogram average structure of human apoferritin at 1.98 Angstrom resolution(using CR-BIS data collection on Falcon4i).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68816:
Subtomogram average structure of human apoferritin at 2.01 Angstrom resolution(using BIS data collection on Falcon4i).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68817:
Subtomogram average structure of human apoferritin at 2.24 Angstrom resolution(using CR-BIS data collection on Falcon4).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

EMDB-68818:
Subtomogram average structure of human apoferritin at 2.34 Angstrom resolution(using BIS data collection on Falcon4).
Method: subtomogram averaging / : Yang Q, Huang XJ, Zhang XZ

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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

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

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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

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • 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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