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Showing 1 - 50 of 70 items for (author: prumbaum & d)

EMDB-51295:
Recombinant Myeloperoxidase bound to nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51296:
Nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51297:
Native monomeric Myeloperoxidase bound to nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51298:
Native dimeric Myeloperoxidase bound to nucleosome core particle; nucleosome focused map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51299:
Native dimeric Myeloperoxidase bound to nucleosome core particle; MPO focused map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51300:
Native dimeric Myeloperoxidase bound to nucleosome core particle; consensus map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51301:
Native dimeric Myeloperoxidase bound to nucleosome core particle; composite map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51302:
Native dimeric Myeloperoxidase bound to nucleosome core particle, intermediate state, nucleosome focused map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51303:
Native dimeric Myeloperoxidase bound to nucleosome core particle, intermediate state, map focused on MPO
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51304:
Native dimeric Myeloperoxidase bound to nucleosome core particle, intermediate state, consensus map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51305:
Native dimeric Myeloperoxidase bound to nucleosome core particle, intermediate state; composite map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51306:
Native monomeric Myeloperoxidase bound to nucleosome core particle, late time point
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52865:
Nucleosome core particle bound by one molecule of DTT-reduced native monomeric myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52866:
Nucleosome core particle bound by two molecules of DTT-reduced native monomeric myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52867:
Nucleosome core particle bound by one monomer and one dimer of of DTT-reduced native myeloperoxidase; map focused on nucleosome/MPO monomer
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52868:
Nucleosome core particle bound by one monomer and one dimer of of DTT-reduced native myeloperoxidase; map focused on MPO dimer
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52869:
Nucleosome core particle bound by one monomer and one dimer of of DTT-reduced native myeloperoxidase; consensus map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-52870:
Nucleosome core particle bound by one monomer and one dimer of of DTT-reduced native myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9gen:
Recombinant Myeloperoxidase bound to nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9geo:
Nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9gep:
Native monomeric Myeloperoxidase bound to nucleosome core particle
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9geq:
Native dimeric Myeloperoxidase bound to nucleosome core particle; composite map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9ger:
Native dimeric Myeloperoxidase bound to nucleosome core particle, intermediate state; composite map
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9ihd:
Nucleosome core particle bound by one molecule of DTT-reduced native monomeric myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9ihe:
Nucleosome core particle bound by two molecules of DTT-reduced native monomeric myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

PDB-9ihf:
Nucleosome core particle bound by one monomer and one dimer of of DTT-reduced native myeloperoxidase
Method: single particle / : Raisch T, Burn GL, Tacke S, Winkler M, Prumbaum D, Thee S, Zychlinsky A, Raunser S

EMDB-51544:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E2 state (BEF3)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51545:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E1 state without calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51546:
Mouse PMCA-NPTN complex captured in E1-ATP state without calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51547:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E2-Pi state (ALF4)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51548:
Cryo-EM structure of PMCA-NPTN complex captured in E1-Ca-ATP state
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51549:
Cryo-EM structure of mouse PMCA captured in E1-ATP in the presence of Calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51558:
Cryo-EM structure of mouse PMCA captured in E2-P state (BEF3)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

EMDB-51560:
Cryo-EM structure of Mouse PMCA-NPTN complex captured in E1-Ca state
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Shulte U, Constantin CE, Prubaum D, Zolles G, Fakler B

EMDB-51625:
Cryo-EM map of the complete PMCA-NPTN complex captured in E1-Ca state
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Shulte U, Constantin CE, Prubaum D, Zolles G, Fakler B

PDB-9gsd:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E2 state (BEF3)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gse:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E1 state without calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gsf:
Mouse PMCA-NPTN complex captured in E1-ATP state without calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gsg:
Cryo-EM structure of mouse PMCA-NPTN complex captured in E2-Pi state (ALF4)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gsh:
Cryo-EM structure of PMCA-NPTN complex captured in E1-Ca-ATP state
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gsi:
Cryo-EM structure of mouse PMCA captured in E1-ATP in the presence of Calcium
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gsy:
Cryo-EM structure of mouse PMCA captured in E2-P state (BEF3)
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Schulte U, Constantin CE, Prumbaum D, Zolles G, Fakler B

PDB-9gtb:
Cryo-EM structure of Mouse PMCA-NPTN complex captured in E1-Ca state
Method: single particle / : Vinayagam D, Raunser S, Sistel O, Shulte U, Constantin CE, Prubaum D, Zolles G, Fakler B

EMDB-19496:
Structure of the formin Cdc12 bound to the barbed end of phalloidin-stabilized F-actin.
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

EMDB-19497:
Cryo-EM reconstruction of the formin Cdc12 bound to the barbed end of F-actin (without phalloidin)
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

EMDB-19499:
Structure of the F-actin barbed end bound by Cdc12 and profilin (ring complex) at a resolution of 6.3 Angstrom
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

EMDB-19501:
Structure of the undecorated barbed end of F-actin.
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

EMDB-19503:
Structure of the F-actin barbed end bound by formin mDia1
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

EMDB-19522:
Structure of the formin INF2 bound to the barbed end of F-actin.
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

PDB-8rtt:
Structure of the formin Cdc12 bound to the barbed end of phalloidin-stabilized F-actin.
Method: single particle / : Oosterheert W, Boiero Sanders M, Funk J, Prumbaum D, Raunser S, Bieling P

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

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