Filter the atlas, inspect records in card view, switch to table when you want a denser scan, and build a compare set from either view.
Table view is best for scanning fast. Cards give more context. Compare selection now works in both views, and the drawer follows you until you clear it or open Compare.
A quick reading of the active result set. Click a trait to narrow the corpus to that subset; this is a frequency snapshot, not a quality ranking.
In this slice of the corpus, 46 dataset records match. FIB-SEM is the most common imaging family and nucleus is the organelle that appears most often with volume as the most common metric family. The most common captured organelle pair is mitochondria:nucleus.
Hair et al., 2024, PLOS Pathogens · PMID 38416776 · SBF-SEM
Curation note: Some public data available. 41 in vitro, 10 sand fly-derived
Antao et al., 2023, Nature Communications · PMID 37996434 · SBF-SEM
Curation note: Some public data available. 21+ E.i. ("A minimum of 7 parasites were segmented completely per condition" [sporonts, sporoblasts, spores])
Antao et al., 2023, Nature Communications · PMID 37996434 · SBF-SEM
Curation note: Some public data available. 4 Vero (inc PV, Fig 5)
Ezzedine et al., 2023, Nature Communications · PMID 37980360 · FIB-SEM
Curation note: Public data available. 1 chemically fixed, 1 cryo-fixed
Feng et al., 2023, Protoplasma · PMID 36416933 · FIB-SEM
Curation note: 3+ per growth stage; 20 imaged, 15 segmented, but 3 per stage chosen for reconstruction
Jadav et al., 2023, Journal of Structural Biology · PMID 37805154 · SBF-SEM
Mocaer et al., 2023, Journal of Cell Science · PMID 37455654 · FIB-SEM
Curation note: Some public data available.
Burrell et al., 2022, PLoS Pathogens · PMID 35816515 · SBF-SEM
Johkura et al., 2022, Microscopy · PMID 35535544 · SBF-SEM
Curation note: 4 single-nuc, 4 binuc
Midorikawa et al., 2022, PNAS Nexus · PMID 36712360 · FESEM
Curation note: 3L, 3D
Zechmann et al., 2022, Planta · PMID 35522384 · FIB-SEM
Zechmann et al., 2022, Planta · PMID 35522384 · ssTEM
Zechmann et al., 2022, Planta · PMID 35522384 · FIB-SEM
Zechmann et al., 2022, Planta · PMID 35522384 · ssTEM
Decelle et al., 2021, Environmental Microbiology · PMID 34499794 · FIB-SEM
Curation note: 3 free-living, 4 symbiotic
Muller et al., 2021, Journal of Cell Biology · PMID 33326005 · FIB-SEM
Curation note: Some public data available. 3 low-glucose, 4 high-glucose
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available. 3 cells per species
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, Nature Communications · PMID 33594064 · FIB-SEM
Curation note: Some public data available.
Uwizeye et al., 2021, PNAS · PMID 34215695 · FIB-SEM
Curation note: Some public data available. 20 free-living + 7 symbiotic (w/ Â and w/o host Acantharia (radiolarian protozoa, marine microplankton))
Hoffman et al., 2020, Science · PMID 31949053 · FIB-SEM
Pollreisz et al., 2020, Invest Ophthalmol Vis Sci. · PMID 32648890 · SBF-SEM
Cui et al., 2019, Nature Plants · PMID 30559414 · ET (cryo)
Curation note: 1 whole cell w multiple organelles; 3 whole-cell vacuole only
Decelle et al., 2019, Current Biology · PMID 30827917 · FIB-SEM
Curation note: 8 symbiotic, 10 free-living; 2 representative cells shown
Laundon et al., 2019, PLOS Biology · PMID 30978201 · ssTEM
Curation note: Some public data available. 3 colonial, 3 single
Laundon et al., 2019, PLOS Biology · PMID 30978201 · ssTEM
Curation note: Some public data available.
Hughes et al., 2017, Journal of Cell Science · PMID 28049718 · SBF-SEM
Curation note: (different n's for each quant)
Oi et al., 2017, Annals of Botany · PMID 28444369 · FIB-SEM
Curation note: 1 visible 3D reconstruction, 2 addtl in supp movies (chloroplast counts)
Feng et al., 2016, Journal of Morphology · PMID 26877112 · SBF-SEM
Curation note: Randomly selected spermatozoa
Ota et al., 2016, Biotechnology for Biofuels · PMID 26811738 · ssTEM
Curation note: 1 per condition
Sakaguchi et al., 2016, Journal of Structural Biology · PMID 26772147 · SBF-SEM
Curation note: Some public data available. 22 iRBCs, as well as 10 non-iRBCs which don't count becase they don't have organelles
Hanssen et al., 2013, Cellular Microbiology · PMID 23461734 · ET (chemical)
Curation note: 17
Wayama et al., 2013, PLoS ONE · PMID 23326471 · ssTEM
Curation note: 1 coccoid cell, 1 cyst cell
Medeiros et al., 2012, PLoS One · PMID 22432024 · FIB-SEM
Curation note: 10 quantified (Table 1); 1 or 2 whole cell images
Wei et al., 2012, Biotechniques · PMID 22780318 · FIB-SEM
Curation note: 1 cell per resolution
Wei et al., 2012, Biotechniques · PMID 22780318 · FIB-SEM
Curation note: 1 cell per resolution
Wei et al., 2012, Biotechniques · PMID 22780318 · FIB-SEM
Curation note: 1 cell per resolution
Ramos et al., 2011, Cytometry A · PMID 21567937 · ssTEM
Heymann et al., 2009, Journal of Structural Biology · PMID 19116171 · FIB-SEM (IA-SEM)
Noske et al., 2008, Journal of Structural Biology · PMID 18069000 · ET (Cryo)
Henderson et al., 2007, PLoS One · PMID 17710148 · ET (cryo)
Curation note: 10 (6 best cells used for quantitation) (52 imaged total); 23 dark-to-light transition; 29 light-to-dark transition;
Perktold et al., 2007, FEMS Yeast Res · PMID 17419771 · ssTEM
Curation note: at least one chemically fixed and one cryofixed
High biological overlap with enough shared structure to justify direct comparison.
This selection includes multiple dataset records from the same paper: Zechmann 2022. Treat the result as an within-study alignment check, not independent cross-study validation.