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Showing 1 - 50 of 4,249 items for (author: kai & s)

EMDB-65636:
Cryo-EM structure of inhibitor E822-1968 bound human urea transporter A2.
Method: single particle / : Huang S, Sun J

EMDB-65637:
Cryo-EM structure of inhibitor M353-0039 bound urea transporter A2.
Method: single particle / : Huang S, Sun J

PDB-9w4k:
Cryo-EM structure of inhibitor E822-1968 bound human urea transporter A2.
Method: single particle / : Huang S, Sun J

PDB-9w4l:
Cryo-EM structure of inhibitor M353-0039 bound urea transporter A2.
Method: single particle / : Huang S, Sun J

EMDB-54457:
Structure of the human debranched intron spliceosome (DIS) (Map1)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54458:
Structure of the human debranched intron spliceosome (DIS) (Map2)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54459:
Structure of the human debranched intron spliceosome (DIS) (Map3)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54460:
Structure of the human debranched intron spliceosome (DIS) (Map4)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54461:
Structure of the human debranched intron spliceosome (DIS) (Map5)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54462:
Structure of the human debranched intron spliceosome (DIS) (Map6)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54463:
Structure of the human debranched intron spliceosome (DIS) (Map7)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54464:
Structure of the human debranched intron spliceosome (DIS) (Map8)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54465:
Structure of the human debranched intron spliceosome (DIS) (Map9)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54466:
Structure of the human debranched intron spliceosome (DIS) (Map10)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54467:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map1)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54468:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map2)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54469:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map3)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54470:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map4)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54471:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map5)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54472:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map6)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54473:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map7)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54474:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map8)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54475:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map9)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54476:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map10)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54477:
Structure of the human intron-lariat spliceosome-Aquarius (ILSaqr) (Map11)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54493:
Human intron-lariat spliceosome-Aquarius (ILSaqr)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54494:
Human debranched intron spliceosome (DIS)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

PDB-9s2e:
Human intron-lariat spliceosome-Aquarius (ILSaqr)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

PDB-9s2f:
Human debranched intron spliceosome (DIS)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

PDB-9s2g:
Revised structure of the fission yeast defective B* spliceosome (B*d)
Method: single particle / : Boreikaite V, Vorlaender MK, Plaschka C

EMDB-54307:
VPS34-CI bound to NRBF2 and RAB1A, focused refinement on the kinase arm
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54308:
VPS34-CI bound to NRBF2 and RAB1A, focused refinement on the adaptor arm
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54309:
VPS34-CI bound to NRBF2 and RAB1A, focused refinement on the interface between RAB1A and VPS34
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54310:
VPS34-CI bound to NRBF2 and RAB1A, consensus refinement
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54311:
VPS34-CI bound to NRBF2 and RAB1A; composite unsharpened map
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54323:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79), focused refinement on the VPS34 kinase domain and VPS15 pseudokinase domain
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54324:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79), focused refinement on the VPS15 WD40 domain, BECLIN1 BARA domain, and ATG14L CTD
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54325:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79, focused refinement on the VPS15 helical solenoid, and ATG14L/BECLIN1 CC1 and N-terminal domains
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54326:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79), consensus refinement
Method: single particle / : Spokaite S, Ohashi Y, Bourguet M, Dessus AN, Williams RL

EMDB-54357:
VPS34-CI bound to NRBF2 and RAB1A, primary composite map processed with CryoTEN
Method: single particle / : Spokaite S, Ohashi Y, Dessus AN, Bourguet M, Williams RL

EMDB-54360:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79), unsharpened composite EM map
Method: single particle / : Spokaite S, Ohashi Y, Dessus AN, Bourguet M, Williams RL

PDB-9rx4:
VPS34-CI bound to NRBF2 and RAB1A
Method: single particle / : Spokaite S, Ohashi Y, Dessus AN, Bourguet M, Williams RL

PDB-9rx7:
VPS34-CI bound to NRBF2 MIT domain (residues 1-79)
Method: single particle / : Spokaite S, Ohashi Y, Dessus AN, Bourguet M, Williams RL

EMDB-69803:
Cryo-EM structure of the ligand-free (Apo) GHRHR-Gs complex
Method: single particle / : Wang MW, Hang KN, Qiu Y, Chen XY, Chen YY, Cong ZT, Zhou QT

EMDB-69804:
Cryo-EM structure of the PCO371-bound GHRHR-Gs complex
Method: single particle / : Wang MW, Hang KN, Qiu Y, Chen XY, Chen YY, Huang ST, Cong ZT, Zhou QT

PDB-24tb:
Cryo-EM structure of the ligand-free (Apo) GHRHR-Gs complex
Method: single particle / : Wang MW, Hang KN, Qiu Y, Chen XY, Chen YY, Cong ZT, Zhou QT

PDB-24ti:
Cryo-EM structure of the PCO371-bound GHRHR-Gs complex
Method: single particle / : Wang MW, Hang KN, Qiu Y, Chen XY, Chen YY, Huang ST, Cong ZT, Zhou QT

EMDB-68111:
Cryo-EM structure of NSUN2-tRNAlys-SAM
Method: single particle / : Hu Q, Yang W, Li S, Zhang K

EMDB-68138:
Cryo-EM structure of NSUN2-tRNATyr-SAM
Method: single particle / : Hu Q, Yang W, Li S, Zhang K

EMDB-68140:
Cryo-EM structure of NSUN2-pre-tRNALeu-SAM
Method: single particle / : Hu Q, Yang W, Li S, Zhang K

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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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