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Showing 1 - 50 of 146 items for (author: wang & yd)

EMDB-39858:
Cryo-EM structure of the insect olfactory receptor OR5-Orco heterocomplex from Acyrthosiphon pisum bound with geranyl acetate
Method: single particle / : Wang YD, Qiu L, Guan ZY, Wang Q, Wang GR, Yin P

EMDB-39873:
Cryo-EM structure of the insect olfactory receptor OR5-Orco heterocomplex from Acyrthosiphon pisum
Method: single particle / : Wang YD, Qiu L, Guan ZY, Wang Q, Wang GR, Yin P

EMDB-41617:
CryoEM structure of PI3Kalpha
Method: single particle / : Valverde R, Shi H, Holliday M, Sun M

PDB-8tu6:
CryoEM structure of PI3Kalpha
Method: single particle / : Valverde R, Shi H, Holliday M

EMDB-40272:
BtCoV-422 in complex with neutralizing antibody JC57-11
Method: single particle / : McFadden E, McLellan JS

EMDB-40306:
BtCoV-422 spike in complex with JC57-11 Fab, global map
Method: single particle / : McFadden E, McLellan JS

EMDB-40310:
BtCoV-422 spike in complex with JC57-11 Fab, local map
Method: single particle / : McFadden E, McLellan JS

PDB-8sak:
BtCoV-422 in complex with neutralizing antibody JC57-11
Method: single particle / : McFadden E, McLellan JS

EMDB-28862:
KWOCA 4 nanoparticle
Method: single particle / : Antanasijevic A, Ward AB

EMDB-28929:
Improving the secretion of designed protein assemblies through negative design of cryptic transmembrane domains - KWOCA51
Method: single particle / : Borst AJ, King NP

EMDB-29589:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in super resolution mode, in 0-50 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29591:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in super resolution mode, in 50-100 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29592:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in super resolution mode, in 100-150 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29593:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in super resolution mode, in 150-200 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29594:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in super resolution mode, in 200-500 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29714:
Cryo-EM structure of DDB1deltaB-DDA1-DCAF16-BRD4(BD2)-MMH2
Method: single particle / : Ma MW, Hunkeler M, Jin CY, Fischer ES

EMDB-29393:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode with a 20 eV energy filter slit, in 200-500 nm Ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29513:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode with a 20 eV energy filter slit, in 150-200 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29535:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode with a 20 eV energy filter slit, in 50-100 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29536:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode with a 20 eV energy filter slit, in 0-50 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29554:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode without energy filter, in 0-50 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29555:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode without energy filter, in 50-100 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29556:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode without energy filter, in 100-150 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29557:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode without energy filter, in 150-200 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29558:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode without energy filter, in 200-500 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29559:
Mouse apoferritin from data collected on Titan Krios with K3 camera in counting mode with a 20 eV energy filter slit, in 100-150 nm Ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29566:
Mouse apoferritin from data collected on Glacios microscope equipped with a Falcon 3 camera operating in integrating mode, in 0-50 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29567:
Mouse apoferritin from data collected on Glacios microscope equipped with a Falcon 3 camera operating in integrating mode, in 50-100 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29568:
Mouse apoferritin from data collected on Glacios microscope equipped with a Falcon 3 camera operating in integrating mode, in 100-150 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-26212:
mTORC2 complex with Akt
Method: single particle / : Yu Z, Chen J, Pearce D

EMDB-29207:
CryoET tomogram of mitochondria in BACHD mouse model neuron
Method: electron tomography / : Wu GH, Galaz-Montoya JG, Gu Y, Mitchell PG, Wu C, Chiu W

EMDB-29208:
CryoET tomogram of BACHD mouse model neuron showing sheet aggregates
Method: electron tomography / : Wu GH, Galaz-Montoya JG, Gu Y, Mitchell PG, Wu C, Chiu W

EMDB-29210:
CryoET tomogram of purified mitochondria from HD patient iPSC-derived neuron (Q109)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29211:
CryoET tomogram of HD patient iPSC-derived neuron (Q66) with PIAS1 hetKO treatment
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-28668:
CryoET tomogram of iPSC-derived control non-HD neuron (Q18)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-28944:
CryoET tomogram of iPSC-derived control non-HD neuron (Q20)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-28946:
CryoET tomogram of HD patient iPSC-derived neuron (Q53)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29074:
CryoET tomogram of HD patient iPSC-derived neuron (Q66)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29075:
CryoET tomogram of HD patient iPSC-derived neuron (Q77)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29076:
CryoET tomogram of HD patient iPSC-derived neuron (Q109)
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29079:
CryoET tomogram of HD patient iPSC-derived neuron (Q66) showing sheet aggregate
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29080:
CryoET tomogram of HD patient iPSC-derived neuron (Q66) with PIAS1 hetKO treatment
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29081:
CryoET tomogram of HD patient iPSC-derived neuron (Q66) with GRSF1 KD treatment
Method: electron tomography / : Wu GH, Smith-Geater C, Galaz-Montoya JG, Mitchell PG, Thompson LM, Chiu W

EMDB-29083:
CryoET tomogram of mitochondria in WT mouse neuron
Method: electron tomography / : Wu GH, Galaz-Montoya JG, Gu Y, Mitchell PG, Wu C, Chiu W

EMDB-29084:
CryoET tomogram of mitochondria in BACHD-dN17 mouse model neuron
Method: electron tomography / : Wu GH, Galaz-Montoya JG, Gu Y, Mitchell PG, Wu C, Chiu W

EMDB-29569:
Mouse apoferritin from data collected on Glacios microscope equipped with a Falcon 3 camera operating in integrating mode, in 150-200 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29570:
Mouse apoferritin from data collected on Glacios microscope equipped with a Falcon 3 camera operating in integrating mode, in 200-500 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29573:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in counting mode, in 0-50 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29574:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in counting mode, in 50-100 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

EMDB-29575:
Mouse apoferritin from data collected on Talos Arctica microscope equipped with a K3 camera operating in counting mode, in 100-150 nm ice thickness
Method: single particle / : Neselu K, Wang B, Rice WJ, Potter CS, Carragher B, Chua EYD

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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.
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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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