Figures S1 - S5 from Trypanosoma cruzi amastigotes that persist in the colon during chronic stage murine infections have a reduced replication rate
Figure S1. Appropriate co-staining is necessary to avoid confusing amastigotes and CellTrace Violet (CTV)-containing intracellular vesicles.; Figure S2. Determination of parasite numbers and EdU incorporation status in infected mouse cells using 3-D confocal imaging.; Figure S3. Further images demon...
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creator | Ward, Alexander I. Olmo, Francisco Atherton, Richard L. Taylor, Martin C. Kelly, John M. |
description | Figure S1. Appropriate co-staining is necessary to avoid confusing amastigotes and CellTrace Violet (CTV)-containing intracellular vesicles.; Figure S2. Determination of parasite numbers and EdU incorporation status in infected mouse cells using 3-D confocal imaging.; Figure S3. Further images demonstrating that, inferred from EdU incorporation, T. cruzi replication is slower in the chronic stage than in the acute.; Figure S4. EdU incorporation by parasites in skeletal muscle during a chronic stage infection.; Figure S5. Ex vivo bioluminescence imaging of organs and tissues from a C3H/HeN mouse chronically infected with T. cruzi CL-Luc::Neon; |
doi_str_mv | 10.6084/m9.figshare.13337593 |
format | Video |
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Appropriate co-staining is necessary to avoid confusing amastigotes and CellTrace Violet (CTV)-containing intracellular vesicles.; Figure S2. Determination of parasite numbers and EdU incorporation status in infected mouse cells using 3-D confocal imaging.; Figure S3. Further images demonstrating that, inferred from EdU incorporation, T. cruzi replication is slower in the chronic stage than in the acute.; Figure S4. EdU incorporation by parasites in skeletal muscle during a chronic stage infection.; Figure S5. 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subjects | Cell Biology FOS: Biological sciences Microbiology |
title | Figures S1 - S5 from Trypanosoma cruzi amastigotes that persist in the colon during chronic stage murine infections have a reduced replication rate |
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