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Showing 1 - 50 of 136 items for (author: pape & t)

EMDB-54384:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busandiego R

EMDB-54398:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busandiego R

EMDB-54405:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54406:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54407:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54420:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54421:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54422:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54424:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54432:
In situ cryo-electron tomogram of rat hippocampal synapse
Method: electron tomography / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-54447:
Subtomogram average of synaptic microtubule from rat hippocampal neurons
Method: subtomogram averaging / : Petrovic A, Do TT, Siegert A, Fernandez-Busnadiego R

EMDB-53259:
Inward-open structure of human GABA transporter 3 bound to selective inhibitor SR-THAP
Method: single particle / : Mortensen JS, Bavo F, Jensen MH, Pedersen APS, Storm JP, Pape T, Frolund B, Wellendorph P, Shahsavar A

PDB-9qo8:
Inward-open structure of human GABA transporter 3 bound to selective inhibitor SR-THAP
Method: single particle / : Mortensen JS, Bavo F, Jensen MH, Pedersen APS, Storm JP, Pape T, Frolund B, Wellendorph P, Shahsavar A

EMDB-53046:
Mouse otoferlin (216-1931) in complex with an MSP2N2 lipid nanodisc (30 mol% DOPS, 10 mol% PI(4,5)P2)
Method: single particle / : Cretu C, Moser T

PDB-9qe2:
Mouse otoferlin (216-1931) in complex with an MSP2N2 lipid nanodisc (30 mol% DOPS, 10 mol% PI(4,5)P2)
Method: single particle / : Cretu C, Moser T

EMDB-54802:
Mouse otoferlin (216-1931) in the lipid-free, Ca2+-bound state, "open" conformation (class 2)
Method: single particle / : Cretu C, Moser T

EMDB-54805:
Mouse otoferlin (216-1931) in complex with a lipid nanodisc (comprising 25% PS and 5% PIP2)
Method: single particle / : Cretu C, Moser T

EMDB-54809:
Mouse otoferlin (216-1931) in the lipid-free Ca2+-bound state, "open" conformation (class 1)
Method: single particle / : Cretu C, Moser T

EMDB-54827:
Mouse otoferlin (residues 216-1931) in the lipid-bound state (merged datasets)
Method: single particle / : Cretu C, Moser T

EMDB-54883:
Mouse otoferlin (216-1931) in the lipid-free, Ca2+-free state ("loose" conformation)
Method: single particle / : Cretu C, Moser T

EMDB-54923:
Mouse otoferlin (216-1931) in the lipid-free Ca2+-bound state, "closed-like" conformation
Method: single particle / : Cretu C, Moser T

PDB-9se5:
Mouse otoferlin (216-1931) in the lipid-free, Ca2+-bound state, "open" conformation (class 2)
Method: single particle / : Cretu C, Moser T

PDB-9sea:
Mouse otoferlin (216-1931) in complex with a lipid nanodisc (comprising 25% PS and 5% PIP2)
Method: single particle / : Cretu C, Moser T

PDB-9seg:
Mouse otoferlin (216-1931) in the lipid-free Ca2+-bound state, "open" conformation (class 1)
Method: single particle / : Cretu C, Moser T

PDB-9sfl:
Mouse otoferlin (residues 216-1931) in the lipid-bound state (merged datasets)
Method: single particle / : Cretu C, Moser T

PDB-9sh0:
Mouse otoferlin (216-1931) in the lipid-free, Ca2+-free state ("loose" conformation)
Method: single particle / : Cretu C, Moser T

PDB-9si1:
Mouse otoferlin (216-1931) in the lipid-free Ca2+-bound state, "closed-like" conformation
Method: single particle / : Cretu C, Moser T

EMDB-53137:
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53138:
Cryo-EM structure of the PlPVC1 central spike, 3-fold symmetrized (C3), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53139:
Cryo-EM structure of the PlPVC1 cap, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53140:
Cryo-EM structure of the PlPVC1 fiber in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53141:
Cryo-EM structure of the PlPVC1 sheath, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53143:
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgl:
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgm:
Cryo-EM structure of the PlPVC1 central spike, 3-fold symmetrized (C3), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgn:
Cryo-EM structure of the PlPVC1 cap, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgo:
Interaction between PlPVC1 baseplate and fiber in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgp:
Cryo-EM structure of the PlPVC1 sheath, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-52050:
Outward-open structure of human serotonin transporter bound to vilazodone
Method: single particle / : Kalenderoglou IE, Tillmann P, Loland CJ

EMDB-18575:
Afp1-17 cap
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18576:
Afp1-16 cap
Method: single particle / : Rebrova EM, Taylor MMI

EMDB-18577:
Afp1-16+ Afp18 delta C8 truncation-Casphi2 cap
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18579:
Afp1-16 + Afp18 deltaC8-ExoU cap
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18580:
Anti-feeding prophage with Afp18DC8-ExoU toxin-effector chimera
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18524:
Anti-feeding prophage with native Afp18 toxin
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18525:
Anti-feeding prophage with Afp18DC8-Casphi2 toxin-effector chimera
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18526:
Anti-feeding prophage with Afp18DC4 toxin (half of Afp18, N-terminal half)
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18527:
Anti-feeding prophage with Afp18DC8-Casphi2 toxin-effector chimera
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18528:
Anti-feeding prophage with Afp18DC8-Casphi2 toxin-effector chimera
Method: single particle / : Rebrova EM, Taylor NMI

EMDB-18530:
Anti-feeding prophage with native Afp18 toxin
Method: single particle / : Rebrova EM, Taylor NMI

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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

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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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