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Showing 1 - 50 of 54 items for (author: riggi & m)

EMDB-53132:
Rubisco subtomogram average from chloroplasts of two weeks old Physcomitrium patens protonemata cells.
Method: subtomogram averaging / : Poege M, Dickmanns M, Xu P, Li M, Schioetz OH, Kaiser COJ, Ma J, Bieber A, Capitanio C, Brenner JA, Riggi M, Miras M, Kazemein Jasemi NS, Schulze SX, Simon R, Frommer WB, Plitzko JM, Baumeister W

EMDB-53134:
Cryo-electron tomograms of Arabidopsis thaliana embryos.
Method: electron tomography / : Poege M, Dickmanns M, Xu P, Li M, Schioetz OH, Kaiser COJ, Ma J, Bieber A, Capitanio C, Brenner JA, Riggi M, Miras M, Kazemein Jasemi NS, Schulze SX, Simon R, Frommer WB, Plitzko JM, Baumeister W

EMDB-53136:
Cryo-electron tomograms of Limonium bicolor salt gland.
Method: electron tomography / : Poege M, Dickmanns M, Xu P, Li M, Schioetz OH, Kaiser COJ, Ma J, Bieber A, Capitanio C, Brenner JA, Riggi M, Miras M, Kazemein Jasemi NS, Schulze SX, Simon R, Frommer WB, Plitzko JM, Baumeister W

EMDB-53142:
Cryo-electron tomograms of Physcomitrium patens phyllids.
Method: electron tomography / : Poege M, Dickmanns M, Xu P, Li M, Schioetz OH, Kaiser COJ, Ma J, Bieber A, Capitanio C, Brenner JA, Riggi M, Miras M, Kazemein Jasemi NS, Schulze SX, Simon R, Frommer WB, Plitzko JM, Baumeister W

EMDB-53362:
human PAN2-PAN3 deadenylase complex in the apo state
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-53392:
human PAN2-PAN3 bound to a 90Ai/PABPC1 RNP
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-53424:
human PAN2-PAN3 bound to a 180Ai/PABPC1 RNP
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

PDB-9qtu:
human PAN2-PAN3 deadenylase complex in the apo state
Method: single particle / : Albrecht JC, Reitinger T, Basquin J, Schuessler S, Schaefer IB, Conti E

EMDB-71113:
ExoSloNano: STA on nucleosomes from cryo-FIB-ET
Method: subtomogram averaging / : Young L, Zhou H, Villa E

EMDB-71202:
ExoSloNano, STA of 1.4 nm NG labeling of the ribosome from vitreous cells
Method: subtomogram averaging / : Young L, Villa E

EMDB-71205:
ExoSloNano proof of principle labeling the ribosome in intact and vitreous cells with 5 nm NG
Method: subtomogram averaging / : Young L, Villa E

EMDB-71211:
ExoSloNano: labeling macroH2A nucleosomes with 1.4 nm NG in intact cells.
Method: subtomogram averaging / : Young L, Huabin Z, Villa E

EMDB-45671:
Subtomogram average of the Polar Tube Outer Filament layer from Encephalitozoon intestinalis microsporidian spores
Method: subtomogram averaging / : Usmani M, Coudray N, Bobe D, Kopylov M, Ekiert DC, Bhabha G

EMDB-45672:
Subtomogram average of the Polar Tube Inner Filament layer from Encephalitozoon intestinalis microsporidian spores
Method: subtomogram averaging / : Usmani M, Coudray N, Bobe D, Kopylov M, Ekiert DC, Bhabha G

EMDB-45673:
Subtomogram average of the Polar Tube Outer Filament Layer and Inner Filament layer from Encephalitozoon intestinalis microsporidian spores
Method: subtomogram averaging / : Usmani M, Coudray N, Bobe D, Kopylov M, Ekiert DC, Bhabha G

EMDB-45674:
Subtomogram average of a whole Polar Tube cross-section from Encephalitozoon intestinalis microsporidian spores
Method: subtomogram averaging / : Usmani M, Coudray N, Bobe D, Kopylov M, Ekiert DC, Bhabha G

EMDB-40464:
CCT G beta 5 complex intermediate state
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40486:
CCT-G beta 5 complex closed state 7
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sgq:
CCT G beta 5 complex intermediate state
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8shf:
CCT-G beta 5 complex closed state 7
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40439:
Open state CCT-G beta 5 complex
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40440:
CCT G beta 5 complex closed state 0
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40452:
CCT G beta 5 complex closed state 1
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40453:
CCT G beta 5 complex closed state 3
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40454:
CCT G beta 5 complex closed state 2
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40461:
CCT G beta 5 complex closed state 15
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40481:
CCT G beta 5 complex best PhLP1 class
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40482:
CCT-G beta 5 complex closed state 4
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40484:
CCT G beta 5 complex closed state 10
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40485:
CCT-G beta 5 complex closed state 8
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40487:
CCT G beta 5 complex closed state 9
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40488:
CCT G beta 5 complex closed state 5
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40489:
CCT-G beta 5 complex closed state 6
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40490:
CCT G beta 5 complex close state 11
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40491:
CCT G beta 5 complex closed state 13
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40492:
CCT G beta 5 complex closed state 12
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

EMDB-40494:
CCT G beta 5 complex closed state 14
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sfe:
Open state CCT-G beta 5 complex
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sff:
CCT G beta 5 complex closed state 0
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sg8:
CCT G beta 5 complex closed state 1
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sg9:
CCT G beta 5 complex closed state 3
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sgc:
CCT G beta 5 complex closed state 2
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sgl:
CCT G beta 5 complex closed state 15
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sh9:
CCT G beta 5 complex best PhLP1 class
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8sha:
CCT-G beta 5 complex closed state 4
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8shd:
CCT G beta 5 complex closed state 10
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8she:
CCT-G beta 5 complex closed state 8
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8shg:
CCT G beta 5 complex closed state 9
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8shl:
CCT G beta 5 complex closed state 5
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

PDB-8shn:
CCT-G beta 5 complex closed state 6
Method: single particle / : Wang S, Sass M, Willardson BM, Shen PS

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New format data for meta-information of EMDB entries

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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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