Search the Whole-Cell Imaging Corpus.
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.
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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.
Commonality Snapshot
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.
12 results filtered by organelle: mitochondria filtered by family: optical
In this slice of the corpus, 12 dataset records match. Fluorescence is the most common imaging family and mitochondria is the organelle that appears most often with volume as the most common metric family. The most common captured organelle pair is mitochondria:nucleus.
| Compare | Dataset | Cell Type | Modality | Voxel Size (XY/Z nm) | Sample Size | Data Publicly Available |
|---|---|---|---|---|---|---|
| Saccharomyces cerevisiae whole-cell dataset (Fluorescence) Kichuk et al., 2024, Cell Reports Methods · PMID 38232737 | Saccharomyces cerevisiae Saccharomyces cerevisiae | Fluorescence | 141 x 373 nm voxel size (XY/Z, 3D) | 90 | None indexed | |
| MCF10A (breast epithelia) whole-cell dataset (Fluorescence) Wang et al., 2023, iScience · PMID 37519903 | MCF10A (breast epithelia) Human (differentiated) | Fluorescence | 40 x 200 nm voxel size (XY/Z, 3D) | 20 | None indexed | |
| MDA231 (breast cancer) whole-cell dataset (Fluorescence) Wang et al., 2023, iScience · PMID 37519903 | MDA231 (breast cancer) Human (cancer) | Fluorescence | 40 x 200 nm voxel size (XY/Z, 3D) | 20 | None indexed | |
| T47D (breast cancer) whole-cell dataset (Fluorescence) Wang et al., 2023, iScience · PMID 37519903 | T47D (breast cancer) Human (cancer) | Fluorescence | 40 x 200 nm voxel size (XY/Z, 3D) | 20 | None indexed | |
| AU565 (breast cancer) whole-cell dataset (Fluorescence) Wang et al., 2023, iScience · PMID 37519903 | AU565 (breast cancer) Human (cancer) | Fluorescence | 40 x 200 nm voxel size (XY/Z, 3D) | 20 | None indexed | |
| Danio rerio, neural progenitor cell whole-cell dataset (Fluorescence (AO-LLSM)) Liu et al., 2018, Journal of Microscopy · PMID 28960304 | Danio rerio, neural progenitor cell Danio rerio | Fluorescence (AO-LLSM) | 97 x 200 nm voxel size (XY/Z, 3D) | 1 | None indexed | |
| Danio rerio, lens cell whole-cell dataset (Fluorescence (AO-LLSM)) Liu et al., 2018, Journal of Microscopy · PMID 28960304 | Danio rerio, lens cell Danio rerio | Fluorescence (AO-LLSM) | 97 x 200 nm voxel size (XY/Z, 3D) | 1 | None indexed | |
| Danio rerio, skin cell whole-cell dataset (Fluorescence (AO-LLSM)) Liu et al., 2018, Journal of Microscopy · PMID 28960304 | Danio rerio, skin cell Danio rerio | Fluorescence (AO-LLSM) | 97 x 200 nm voxel size (XY/Z, 3D) | 1 | None indexed | |
| Danio rerio, retinal neuroepithelial cell whole-cell dataset (Fluorescence (AO-LLSM)) Liu et al., 2018, Journal of Microscopy · PMID 28960304 | Danio rerio, retinal neuroepithelial cell Danio rerio | Fluorescence (AO-LLSM) | 97 x 200 nm voxel size (XY/Z, 3D) | 3 | None indexed | |
| J774A.1 (M. musculus) whole-cell dataset (Optical tomography (LCCT)) Kelbauskas et al., 2017, Science Advances · PMID 29226240 | J774A.1 (M. musculus) Rodent | Optical tomography (LCCT) | 311 x 266 nm voxel size (XY/Z, 3D) isotropic | 1 | None indexed | |
| K562 (leukemia) whole-cell dataset (Optical tomography (LCCT)) Kelbauskas et al., 2017, Science Advances · PMID 29226240 | K562 (leukemia) Human (cancer) | Optical tomography (LCCT) | 311 x 266 nm voxel size (XY/Z, 3D) isotropic | 1 | None indexed | |
| COS-7 (Cercopithecus aethiops) whole-cell dataset (Fluorescence (LLS)) Valm et al., 2017, Nature · PMID 28538724 | COS-7 (Cercopithecus aethiops) NHP | Fluorescence (LLS) | 334.5 x 798 nm voxel size (XY/Z, 3D) | 10 | None indexed |
Comparison Summary
Moderate comparability; useful for targeted comparison with technical caveats.
This selection includes multiple dataset records from the same paper: Wang 2023. Treat the result as an within-study alignment check, not independent cross-study validation.