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Showing 1 - 50 of 213 items for (author: endo & y)

EMDB-51127:
CryoEM structure of the fragment-2 (2892-3236) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9g8b:
CryoEM structure of the fragment-2 (2892-3236) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50537:
CryoEM structure of the neck (1403-2314) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50538:
CryoEM structure of the fragment-3 (2061-2397) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50539:
CryoEM structure of the fragment-1 (3402-3733) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50540:
CryoEM structure of the fragment-5 (2393-2807) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50541:
CryoEM structure of the fragment-6 (3571-4078) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50542:
CryoEM structure of the fragment-4 (4074-4421) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-50543:
CryoEM structure of the base (4151-5009) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9flp:
CryoEM structure of the neck (1403-2314) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9fls:
CryoEM structure of the fragment-3 (2061-2397) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9flu:
CryoEM structure of the fragment-1 (3402-3733) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9flv:
CryoEM structure of the fragment-5 (2393-2807) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9flw:
CryoEM structure of the fragment-6 (3571-4078) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9flx:
CryoEM structure of the fragment-4 (4074-4421) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

PDB-9fly:
CryoEM structure of the base (4151-5009) in the grappling hook protein A (GhpA) in the bacterium Aureispira sp. CCB-QB1
Method: single particle / : Lien YW, Amendola D, Lee KS, Bartlau N, Xu J, Furusawa G, Polz MF, Stocker R, Weiss GL, Pilhofer M

EMDB-19523:
Proteasomal late precursor complex from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

EMDB-19527:
Proteasomal late precursor complex from pre1-1, state 1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

EMDB-19528:
Proteasomal late precursor complex from pre1-1, state 2
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

EMDB-19529:
20S proteasome from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

EMDB-51221:
Blm10-20S proteasome complex from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

PDB-8rvl:
Proteasomal late precursor complex from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

PDB-8rvo:
Proteasomal late precursor complex from pre1-1, state 1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

PDB-8rvp:
Proteasomal late precursor complex from pre1-1, state 2
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

PDB-8rvq:
20S proteasome from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

PDB-9gbk:
Blm10-20S proteasome complex from pre1-1
Method: single particle / : Mark E, Ramos PC, Kayser F, Hoeckendorff J, Dohmen RJ, Wendler P

EMDB-18830:
C1 complex binding to a tetrameric C-reactive protein platform
Method: subtomogram averaging / : Sharp TH, Noone DP

EMDB-42218:
XBB.1.5 spike/Nb5 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

PDB-8ug9:
XBB.1.5 spike/Nb5 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-43683:
Cryo-EM structure of FLVCR2 in the inward-facing state with choline bound
Method: single particle / : Cater RJ, Mancia F

EMDB-43684:
Cryo-EM structure of FLVCR2 in the outward-facing state with choline bound
Method: single particle / : Cater RJ, Mancia F

PDB-8vzn:
Cryo-EM structure of FLVCR2 in the inward-facing state with choline bound
Method: single particle / : Cater RJ, Mancia F

PDB-8vzo:
Cryo-EM structure of FLVCR2 in the outward-facing state with choline bound
Method: single particle / : Cater RJ, Mancia F

EMDB-18664:
Structure of the native microtubule lattice nucleated from the yeast spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

EMDB-18665:
Structure of the native y-Tubulin Ring Complex (yTuRC) capping microtubule minus ends at the spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

EMDB-18666:
Structure of the y-Tubulin Small Complex (yTuSC) as part of the native y-Tubulin Ring Complex (yTuRC) capping microtubule minus ends at the spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

PDB-8qv0:
Structure of the native microtubule lattice nucleated from the yeast spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

PDB-8qv2:
Structure of the native y-Tubulin Ring Complex (yTuRC) capping microtubule minus ends at the spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

PDB-8qv3:
Structure of the y-Tubulin Small Complex (yTuSC) as part of the native y-Tubulin Ring Complex (yTuRC) capping microtubule minus ends at the spindle pole body
Method: subtomogram averaging / : Dendooven T, Yatskevich S, Burt A, Bellini D, Kilmartin J, Barford D

EMDB-18304:
Outer kinetochore Ndc80-Dam1 alpha/beta-tubulin complex
Method: single particle / : Muir KW, Barford D

EMDB-18485:
Ndc80c microtubule complex
Method: single particle / : Muir KW, Barford D

EMDB-29798:
SARS-CoV-2 spike/Nb5 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29799:
SARS-CoV-2 spike/Nb6 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

PDB-8g76:
SARS-CoV-2 spike/Nb5 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

PDB-8g77:
SARS-CoV-2 spike/Nb6 complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29805:
SARS-CoV-2 spike/Nb3 complex with 1 RBD up and 2 Nb3 (local refinement)
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29803:
Local refinement of SARS-CoV-2 spike/nanobody mixture complex around RBD
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29793:
Spike/Nb2 complex with 1 RBD up
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29792:
SARS-CoV-2 spike/nanobody mixture complex
Method: single particle / : Ye G, Bu F, Liu B, Li F

EMDB-29802:
Local refinement of SARS-CoV-2 spike/nanobody mixture complex around NTD
Method: single particle / : Ye G, Bu F, Liu B, Li F

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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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