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Showing 1 - 50 of 683 items for (author: zhang & kh)

EMDB-49896:
Single-particle cryo-EM structure of the first variant of mobilized colistin resistance (MCR-1) in its ligand-bound state
Method: single particle / : Zinkle AP, Bunuro-Batista M, Herrera CM, Erramilli SK, Kloss B, Ashraf KU, Nosol K, Zhang G, Cater RJ, Marty MT, Kossiakoff AA, Trent MS, Nygaard R, Stansfeld PJ, Mancia F

PDB-9nww:
Single-particle cryo-EM structure of the first variant of mobilized colistin resistance (MCR-1) in its ligand-bound state
Method: single particle / : Zinkle AP, Bunuro-Batista M, Herrera CM, Erramilli SK, Kloss B, Ashraf KU, Nosol K, Zhang G, Cater RJ, Marty MT, Kossiakoff AA, Trent MS, Nygaard R, Stansfeld PJ, Mancia F

EMDB-67283:
C1 Symmetry of DNA tesseract
Method: single particle / : Shiu SCC

EMDB-67284:
Octahedral Symmetry of DNA Tesseract
Method: single particle / : Shiu SCC

EMDB-71976:
Inactive-state naloxone-mu opioid receptor nanobody6 complex - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71977:
Inactive-state naloxone-mu opioid receptor nanobody6 complex - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71978:
Inactive-state naloxone-mu opioid receptor nanobody6 complex - Locally refined fiducal map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71979:
Nucleotide-free naloxone-mu opioid receptor Gi1 complex - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71980:
Nucleotide-free naloxone-mu opioid receptor Gi1 complex - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71981:
Nucleotide-free naloxone-mu opioid receptor Gi1 complex - Locally refined Gi map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71982:
Latent-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71983:
Latent-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71984:
Latent-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined Gi map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71985:
Unlatched-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71986:
Unlatched-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71987:
Unlatched-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined Gi map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71988:
Primed-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71989:
Primed-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71990:
Primed-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined Gi map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71991:
Engaged-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71992:
Engaged-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71993:
Engaged-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined Gi map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71998:
Primed-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-71999:
Primed-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72000:
Primed-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound) - Locally refined Gi GDP map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72001:
Inactive-state naloxone-mu opioid receptor nanobody6 complex
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72002:
Nucleotide-free naloxone-mu opioid receptor Gi1 complex
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72003:
Latent-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72004:
Unlatched-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72005:
Primed-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72006:
Engaged-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72008:
Primed-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-72022:
Latent-state loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72023:
Latent-state loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Locally refined map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72024:
Engaged-state loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72025:
Engaged-state loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Locally refined map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72026:
Open-AHD loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Consensus map
Method: single particle / : Gati C, Khan S, Han GW

EMDB-72027:
Open-AHD loperamide-mu opioid receptor-Gi GDP complex (constant GDP) - Locally refined receptor map
Method: single particle / : Gati C, Khan S, Han GW

PDB-9pxu:
Inactive-state naloxone-mu opioid receptor nanobody6 complex
Method: single particle / : Gati C, Khan S, Han GW

PDB-9pxv:
Nucleotide-free naloxone-mu opioid receptor Gi1 complex
Method: single particle / : Gati C, Han GW, Khan S

PDB-9pxw:
Latent-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

PDB-9pxx:
Unlatched-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

PDB-9pxy:
Primed-state naloxone-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

PDB-9py2:
Engaged-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

PDB-9py4:
Primed-state loperamide-mu opioid receptor-Gi GDPbS complex (rebound)
Method: single particle / : Gati C, Han GW, Khan S

EMDB-51847:
80S Ribosome Average for EMPIAR-11830
Method: subtomogram averaging / : Khavnekar S

EMDB-51848:
RuBisCo Average for EMPIAR-11830
Method: subtomogram averaging / : Khavnekar S

EMDB-65526:
LH2 complex from Ectothiorhodospira haloalkaliphila with inhibited carotenoid biosynthesis
Method: single particle / : Burtseva AD, Baymukhametov TN, Popov VO, Ashikhmin AA, Boyko KM

PDB-9w1c:
LH2 complex from Ectothiorhodospira haloalkaliphila with inhibited carotenoid biosynthesis
Method: single particle / : Burtseva AD, Baymukhametov TN, Popov VO, Ashikhmin AA, Boyko KM

EMDB-48800:
P. falciparum P-type ATPase, PfATP4 re-centered in the P-domain
Method: single particle / : Haile MT, Zhen J, Ho C

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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.

Related info.:EMDB header

External links:wwPDB to switch to version 3 of the EMDB data model

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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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New page: Covid-19 featured information page in EM Navigator.

Related info.:Covid-19 info / Mar 5, 2020. Novel coronavirus structure data

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External links:COVID-19 featured content - PDBj / Molecule of the Month (242)：Coronavirus Proteases

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