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Showing 1 - 50 of 856 items for (author: kho & al)

EMDB-66617:
Cryo-EM structure of the type I pilus from Escherichia Coli and the surrounding water network
Method: helical / : Petrova TE, Glukhov AS, Stetsenko A, Guskov A, Gabdulkhakov AG

PDB-9x67:
Cryo-EM structure of the type I pilus from Escherichia Coli and the surrounding water network
Method: helical / : Petrova TE, Glukhov AS, Stetsenko A, Guskov A, Gabdulkhakov AG

EMDB-54448:
Cryo-EM structure of activated retron Eco2 (Ec67)
Method: single particle / : Skorupskaite A, Jasnauskaite M, Grigaitis R, Malinauskaite L, Pausch P

PDB-9s1f:
Cryo-EM structure of activated retron Eco2 (Ec67)
Method: single particle / : Skorupskaite A, Jasnauskaite M, Grigaitis R, Malinauskaite L, Pausch P

EMDB-52583:
Cryo-EM structure of retron Eco2 (Ec67)
Method: single particle / : Jasnauskaite M, Miksys A, Skorupskaite A, Malinauskaite L, Pausch P

EMDB-52584:
Cryo-EM structure of retron Eco2 (Ec67) in presence of Mg ions
Method: single particle / : Skorupskaite A, Jasnauskaite M, Malinauskaite L, Pausch P

PDB-9i2f:
Cryo-EM structure of retron Eco2 (Ec67)
Method: single particle / : Jasnauskaite M, Miksys A, Skorupskaite A, Malinauskaite L, Pausch P

PDB-9i2g:
Cryo-EM structure of retron Eco2 (Ec67) in presence of Mg ions
Method: single particle / : Skorupskaite A, Jasnauskaite M, Malinauskaite L, Pausch P

EMDB-48818:
Low resolution cryo-EM reconstruction of the DY2 collagen mimetic fibrils
Method: single particle / : Kreutzberger MAB, Cole CC, Egelman EH, Hartgerink JD

EMDB-53240:
Connexin-32 (Cx32) gap junction channel in POPC-containing nanodiscs in the absence of CHS
Method: single particle / : Korkhov VM, Lavriha P

EMDB-53244:
Connexin-32 (Cx32) W3S mutant gap junction channel in POPC-containing MSP2N2 nanodiscs
Method: single particle / : Korkhov VM, Lavriha P, Fluri C

EMDB-53245:
Connexin-32 (Cx32) in MSP2N2 nanodiscs with POPC
Method: single particle / : Korkhov VM, Lavriha P

EMDB-53250:
Connexin-32 (Cx32) in MSP2N2 nanodiscs with liver polar lipids
Method: single particle / : Korkhov VM, Lavriha P

EMDB-48421:
Band 3 OF/IF1
Method: single particle / : Vallese F, Kim K, Clarke OB

EMDB-48422:
Band 3 OF/OF
Method: single particle / : Vallese F, Kim K, Clarke OB

EMDB-48480:
Band 3 IF1/IF2
Method: single particle / : Vallese F, Kim K, Clarke OB

PDB-9mnd:
Band 3 OF/IF1
Method: single particle / : Vallese F, Kim K, Clarke OB

PDB-9mng:
Band 3 OF/OF
Method: single particle / : Vallese F, Kim K, Clarke OB

PDB-9mos:
Band 3 IF1/IF2
Method: single particle / : Vallese F, Kim K, Clarke OB

EMDB-70660:
Human PORCN bound to inhibitor C59
Method: single particle / : Black KA, Venugopal H, Glukhova A

EMDB-70661:
Human PORCN bound to inhibitor ETC159
Method: single particle / : Black KA, Venugopal H, Glukhova A

EMDB-70662:
Apo Human PORCN
Method: single particle / : Black KA, Venugopal H, Glukhova A

PDB-9oo6:
Human PORCN bound to inhibitor C59
Method: single particle / : Black KA, Venugopal H, Glukhova A

PDB-9oo7:
Human PORCN bound to inhibitor ETC159
Method: single particle / : Black KA, Venugopal H, Glukhova A

PDB-9oo8:
Apo Human PORCN
Method: single particle / : Black KA, Venugopal H, Glukhova A

EMDB-64950:
Binding site between C-reactive protein and c2cc monoclonal antibody
Method: single particle / : Moiseenko AV, Kalikin AV

PDB-9vca:
Binding site between C-reactive protein and c2cc monoclonal antibody
Method: single particle / : Moiseenko AV, Kalikin AV

EMDB-49152:
Intermembrane lipid transport complex LetAB from Escherichia coli (Composite Map 2)
Method: single particle / : Santarossa CC, Bhabha G, Ekiert DC

PDB-9n8x:
Intermembrane lipid transport complex LetAB from Escherichia coli (Composite model corresponding to Map 2)
Method: single particle / : Santarossa CC, Bhabha G, Ekiert DC

EMDB-54584:
Arabidopsis thaliana TPLATE complex negative stain EM map
Method: single particle / : Kraus JM, Van Damme D, Pleskot R, Neubergerova M

EMDB-53474:
CryoEM structure of nanodisc-reconstituted human NTCP in complex with grafted NTCP_Nb1 and NabFab
Method: single particle / : Yoon D, Nosol K, Rasouli A, Bang-Soerensen R, Irobalieva RN, Liu H, Tajkhorshid E, Locher KP

PDB-9qzq:
CryoEM structure of nanodisc-reconstituted human NTCP in complex with grafted NTCP_Nb1 and NabFab
Method: single particle / : Yoon D, Nosol K, Rasouli A, Bang-Soerensen R, Irobalieva RN, Liu H, Tajkhorshid E, Locher KP

EMDB-54924:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

EMDB-54926:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Class0)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

EMDB-54938:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Class1)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

EMDB-55003:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Double Occupancy)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

EMDB-55012:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Double Occupancy map)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

PDB-9si3:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

PDB-9si9:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Class0)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

PDB-9sj5:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Class1)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

PDB-9slj:
Chromosomal Passenger Complex in complex with H3T3ph Nucleosome (Double Occupancy)
Method: single particle / : Gireesh A, Abad MA, Sotelo-Parrilla P, Jeyaprakash AA

EMDB-47108:
H1 influenza HA spike on a nanobicelle
Method: single particle / : Dearborn AD, Khorrami ND, Gallagher JR, Harris AK

EMDB-51324:
Cryo-EM structure of Thromboxane A2 receptor-miniGq protein complex bound to U46619
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51331:
Cryo-EM structure of Thromboxane A2 receptor-miniGq Protein Complex bound to I-BOP
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51332:
Consensus cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to U46619
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51341:
Cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to U46619 focused refined on the receptor
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51342:
Cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to U46619 focused refined on the G proteins
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51343:
Cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to IBOP
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51344:
Cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to I-BOP focused refined on the receptor
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

EMDB-51345:
Cryo-EM map of Thromboxane A2 receptor-Gq Protein Complex bound to I-BOP focused refined on the G proteins
Method: single particle / : Matzov D, Krawinski P, Caffrey M, Shalev Benami M

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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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