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Showing all 38 items for (author: kukulski & w)

EMDB-53528: 
Tomogram of a PSD95-containing glutamatergic synapse from 'ultra fresh' prepared mouse.
Method: electron tomography / : Peukes J, Frank R, Briggs JAG

EMDB-54246: 
Subtomogram average of an ionotropic glutamate receptor within mammalian glutamatergic synapses
Method: subtomogram averaging / : Peukes J, Frank R, Briggs JAG

EMDB-54278: 
Electron tomogram of resin-embedded, apoptosis-induced HeLa cell expressing Apaf1-GFP
Method: electron tomography / : Borgeaud AC, Ganeva I, Klein C, Stooss A, Ross-Kaschitza D, Wu L, Riley JS, Tait SWG, Lemmin T, Kaufmann T, Kukulski W

EMDB-54279: 
Cryo-electron tomogram of apoptosis-induced HeLa cell expressing Apaf1-GFP
Method: electron tomography / : Borgeaud AC, Ganeva I, Klein C, Stooss A, Ross-Kaschitza D, Wu L, Riley JS, Tait SWG, Lemmin T, Kaufmann T, Kukulski W

EMDB-54280: 
Cryo-electron tomogram of apoptosis-induced HeLa cell expressing Apaf1-SNAP
Method: electron tomography / : Borgeaud AC, Ganeva I, Klein C, Stooss A, Ross-Kaschitza D, Wu L, Riley JS, Tait SWG, Lemmin T, Kaufmann T, Kukulski W

EMDB-54281: 
Electron tomogram of resin-embedded, apoptosis-induced HeLa cell expressing Apaf1-GFP
Method: electron tomography / : Borgeaud AC, Ganeva I, Klein C, Stooss A, Ross-Kaschitza D, Wu L, Riley JS, Tait SWG, Lemmin T, Kaufmann T, Kukulski W

EMDB-71068: 
Reconstruction of the yeast 60S ribosomal subunit from CEMOVIS sections
Method: single particle / : Elferich J, Kaminek M, Kong L, Odriozola A, Kukulski W, Zuber B, Grigorieff N

EMDB-16872: 
Subtomogram average of long bridges of the yeast ER-mitochondria encounter structure (ERMES). The population half containing longer bridge structures was averaged.
Method: subtomogram averaging / : Wozny MR, Di Luca A, Morado DR, Picco A, Khaddaj R, Campomanes P, Ivanovic L, Hoffmann PC, Miller EA, Vanni S, Kukulski W

EMDB-16873: 
Subtomogram average of bridges of the yeast ER-mitochondria encounter structure (ERMES)
Method: subtomogram averaging / : Wozny MR, Di Luca A, Morado DR, Picco A, Khaddaj R, Campomanes P, Ivanovic L, Hoffmann PC, Miller EA, Vanni S, Kukulski W

EMDB-16871: 
Subtomogram average of short bridges of the yeast ER-mitochondria encounter structure (ERMES). The population half containing shorter bridge structures was averaged.
Method: subtomogram averaging / : Wozny MR, Di Luca A, Morado DR, Picco A, Khaddaj R, Campomanes P, Ivanovic L, Hoffmann PC, Miller EA, Vanni S, Kukulski W

EMDB-15355: 
Electron cryo-tomography of the ER-mitochondria encounter structure ERMES
Method: electron tomography / : Wozny MR, Di Luca A, Morado DR, Picco A, Khaddaj R, Campomanes P, Ivanovic L, Hoffmann PC, Miller EA, Vanni S, Kukulski W

EMDB-16454: 
Electron cryo-tomography of HeLa cells expressing untagged Cidec
Method: electron tomography / : Ganeva I, Lim K, Boulanger J, Hoffmann PC, Muriel O, Borgeaud AC, Hagen WJH, Savage DB, Kukulski W

EMDB-16455: 
Electron cryo-tomography of HeLa cells expressing Cidec-EGFP
Method: electron tomography / : Ganeva I, Lim K, Boulanger J, Hoffmann PC, Muriel O, Borgeaud AC, Hagen WJH, Savage DB, Kukulski W

EMDB-13195: 
Cryo-ET of axons from human cerebral organoids, expressing membrane-targeted GFP
Method: electron tomography / : Hoffmann PC, Giandomenico SL, Ganeva I, Wozny MR, Sutcliffe M, Lancaster MA, Kukulski W

EMDB-13196: 
Cryo-ET of axons from human cerebral organoids, expressing L1CAM-GFP
Method: electron tomography / : Hoffmann PC, Giandomenico SL, Ganeva I, Wozny MR, Sutcliffe M, Lancaster MA, Kukulski W

EMDB-13197: 
Cryo-ET of axons grown from human cerebral organoids, expressing ESYT1-GFP
Method: electron tomography / : Hoffmann PC, Giandomenico SL, Ganeva I, Wozny MR, Sutcliffe M, Lancaster MA, Kukulski W

EMDB-10287: 
CLEM of resin-embedded GFP-Scs2 yeast cell shown in Figure 2A of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10299: 
CLEM of resin-embedded GFP-Ist2 yeast cell shown in Figure 2B of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10300: 
CLEM of resin-embedded Tcb3-GFP yeast cell shown in Figure 2C of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10301: 
CLEM of resin-embedded scs2/22 tcb1/2/3 deletion mutant yeast cell expressing GFP-Ist2 shown in Figure 2F of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10302: 
CLEM of resin-embedded scs2/22 ist2 deletion mutant yeast cell expressing Tcb3-GFP; shown in Figure 2G of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10303: 
CLEM of resin-embedded scs2/22 ist2 tcb1/2/3 deletion mutant yeast cell expressing Sec63-RFP from plasmid, shown in Figure 2H of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10304: 
CLEM of resin-embedded rtn1 yop1 deletion mutant yeast cell expressing Tcb3-GFP, shown in Figure 3C of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10306: 
CLEM of resin-embedded rtn1 yop1 deletion mutant yeast cell expressing Tcb3-GFP, shown in Figure 3E of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10308: 
cryo-ET of cryo-FIB milled yeast cell in which scs2/22 ist2 are deleted; shown in Figures 5A and S3B of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10309: 
cryo-ET of cryo-FIB milled yeast cell, in which scs2/22 ist2 are deleted, with high intracellular calcium; shown in Figures 5C and S3F
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-10310: 
cryo-ET of cryo-FIB milled yeast cell, in which Tcb3-GFP is overexpressed and scs2/22 ist2 tcb1/2 are deleted; shown in Figure 6 of publication
Method: electron tomography / : Hoffmann PC, Bharat TAM, Wozny MR, Boulanger J, Miller EA, Kukulski W

EMDB-4483: 
Correlative FM and ET of GFP-Bax in HeLa cells
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4484: 
Correlative FM and ET of GFP-Bax in HCT116 cells
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4486: 
Correlative FM and cryo-ET of GFP-Bax in HeLa cells
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4490: 
cryo-ET of cryo-FIB milled HeLa cells overexpressing GFP-Bax
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4491: 
cryo-ET of cryo-FIB milled HeLa cell
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4492: 
cryo-ET of cryo-FIB milled Bax/Bak double knockout HCT116 cells stably expressing GFP-Bax
Method: electron tomography / : Ader NR, Hoffmann PC, Ganeva I, Borgeaud AC, Wang C, Youle RJ, Kukulski W

EMDB-4305: 
Correlative cryo-FM and Cryo-ET of vitreous sections of yeast cells
Method: electron tomography / : Bharat TAM, Hoffmann PC, Kukulski W

EMDB-8166: 
Structure of the S. cerevisiae alpha-mannosidase 1
Method: single particle / : Schneider S, Kosinski J

EMDB-8167: 
Structure of S. cerevesiae mApe1 dodecamer
Method: single particle / : Sachse C, Bertipaglia C

PDB-5jm0: 
Structure of the S. cerevisiae alpha-mannosidase 1
Method: single particle / : Schneider S, Kosinski J, Jakobi AJ, Hagen WJH, Sachse C

PDB-5jm9: 
Structure of S. cerevesiae mApe1 dodecamer
Method: single particle / : Sachse C, Bertipaglia C
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