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Showing 1 - 50 of 2,562 items for (author: steven & a)

EMDB-52524:
Ku70/80 bound to WRN-exo
Method: single particle / : Hardwick SW, Zahid S, Chaplin AK, Ropars R, Charbonnier JB

PDB-9hzg:
Ku70/80 bound to WRN-exo
Method: single particle / : Hardwick SW, Zahid S, Chaplin AK, Ropars R, Charbonnier JB

EMDB-76655:
Single particle cryo-EM structure of human MTCH2
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

EMDB-76656:
Single particle cryo-EM structure of human MTCH2 (hyperactive mutant F285N F286N)
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

EMDB-76658:
Single particle cryo-EM structure of human MTCH2-BRIL fusion
Method: single particle / : Luo Z, Stevens AS, Voorhees RM

EMDB-76659:
Single particle cryo-EM structure of human MTCH2 (hyperactive mutant K25E Y235A V238D)
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

PDB-12oy:
Single particle cryo-EM structure of human MTCH2
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

PDB-12oz:
Single particle cryo-EM structure of human MTCH2 (hyperactive mutant F285N F286N)
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

PDB-12pb:
Single particle cryo-EM structure of human MTCH2 (hyperactive mutant K25E Y235A V238D)
Method: single particle / : Luo Z, Stevens TA, Voorhees RM

EMDB-61961:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 0U scaffold at 2.96 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61962:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 1U sacffold at 3.5 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61963:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 2U sacffold at 3.04 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61964:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 3U sacffold at 3.8 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61965:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 4U sacffold at 3.32 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61966:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 5U sacffold at 3.19 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61967:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 6U sacffold at 3.04 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61968:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 7U sacffold at 3.42 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-61969:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 8U sacffold at 4.06 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k11:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 0U scaffold at 2.96 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k12:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 1U sacffold at 3.5 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k13:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 2U sacffold at 3.04 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k14:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 3U sacffold at 3.8 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k15:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 4U sacffold at 3.32 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k16:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 5U sacffold at 3.19 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k17:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 6U sacffold at 3.04 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k18:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 7U sacffold at 3.42 Angstrom
Method: single particle / : Xie G, Du X, Du J

PDB-9k19:
A cryo-EM structure of B. oleracea RNA polymerase V in complex with 8U sacffold at 4.06 Angstrom
Method: single particle / : Xie G, Du X, Du J

EMDB-74880:
Dimer structure of Thlaspi arvense plastid biotin carboxylase
Method: single particle / : Madison HJ, Van Doren SR, Yokom AL

EMDB-74881:
Tetramer structure of Thlaspi arvense plastid biotin carboxylase
Method: single particle / : Madison HJ, Van Doren SR, Yokom AL

PDB-9zvm:
Dimer structure of Thlaspi arvense plastid biotin carboxylase
Method: single particle / : Madison HJ, Van Doren SR, Yokom AL

EMDB-72906:
Structure of GPR61 bound to inverse agonist compound 15
Method: single particle / : Lees JA, Dias JM, Han S

PDB-9yfu:
Structure of GPR61 bound to inverse agonist compound 15
Method: single particle / : Lees JA, Dias JM, Han S

EMDB-73173:
Motor domains of phi-like human dynein-1 bound to dynactin-p150glued and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-73174:
Motor domain of human dynein-1 in pre-power stroke bound to dynactin-p150glued-CC1B and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-73175:
Motor domain of human dynein-1 in pre-power stroke bound to dynactin-p150glued-CC1B-ICD and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-73176:
Motor domain of human dynein-1 in post1 state
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-73178:
Dynactin and dynein-1 tail region of dynein-dynactin complex on microtubule in the presence of LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-73179:
Full-length human cytoplasmic dynein-1 in phi-like state bound to dynactin-p150glued and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9ync:
Motor domains of phi-like human dynein-1 bound to dynactin-p150glued and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9ynd:
Motor domain of human dynein-1 in pre-power stroke bound to dynactin-p150glued-CC1B and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9yne:
Motor domain of human dynein-1 in pre-power stroke bound to dynactin-p150glued-CC1B-ICD and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9ynf:
Motor domain of human dynein-1 in post1 state
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9yng:
Dynactin and dynein-1 tail region of dynein-dynactin complex on microtubule in the presence of LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

PDB-9ynh:
Full-length human cytoplasmic dynein-1 in phi-like state bound to dynactin-p150glued and LIS1
Method: single particle / : Yang J, Rao Q, Chai P, Zhang K

EMDB-70589:
Cryo-EM Structure of Ryanodine Receptor 1: Drug Bound Open Conformation Composite Map
Method: single particle / : Molinarolo SM, Van Petegem F

PDB-9ol4:
Cryo-EM Structure of Ryanodine Receptor 1: Drug Bound Open Conformation
Method: single particle / : Molinarolo SM, Van Petegem F

EMDB-54033:
LolCDE complex with Lpp lipoprotein
Method: single particle / : Symmons MF, Szewczyk P, Greene NP, Hardwick SW, Koronakis V

EMDB-54034:
LolCDE complex with Lpp lipoprotein
Method: single particle / : Symmons MF, Szewczyk P, Greene NP, Hardwick SW, Koronakis V

EMDB-54035:
LolCDE complex with Pal lipoprotein
Method: single particle / : Symmons MF, Szewczyk P, Greene NP, Hardwick SW, Koronakis V

EMDB-54036:
LolCDE complex with Pal lipoprotein
Method: single particle / : Symmons MF, Szewczyk P, Greene NP, Hardwick SW, Koronakis V

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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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