represent EMBL in Europe.
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EMBL-EBI: European Bioinformatics Institute
Epigenetics and neurobiology
Examples: 1001, Apoferritin, Tomography, Rossmann MG, 5A1A
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Cryo-electron tomography on plasma FIB lamellae of HeLa cells
Berger C, Dumoux M, Glen T, Yee NB, Mitchels JM, Patáková Z, Darrow MC, Naismith JH, Grange M
Nat Commun (2023) 14 [ DOI: 10.1038/s41467-023-36372-9 Pubmed: 36746945 ]
Image sets:
Human 80S ribosome structure from pFIB-lamellae
Berger C, Dumoux M, Glen T, Yee NB, Mitchels JM, Patakova Z, Darrow MC, Naismith JH, Grange M
Nat Commun (2023) 14 pp. 629-629 [ DOI: doi:10.1038/s41467-023-36372-9 Pubmed: 36746945 ]
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: 15 to 30 nm
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: above 30 nm matched control (for 15 to 30 nm)
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer:30 to 45 nm
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: above 45 nm matched control (for 30 to 45 nm)
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer:45 to 60 nm
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: above 60 nm matched control (for 45 to 60 nm)
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: 0 to 15 nm
80S human ribosome structure from PFIB lamellae of HeLa cells for assessing the extend and depth of the damage layer: above 15 nm matched control (for 0 to 15 nm)
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