File:WT GASP on chip.jpg
Summary
WT and GASP E. coli coexist in a single-patch habitat.
(a) Microscopy pictures showing a section of a habitat consisting of a single patch (8500×100×15 micrometer) at three time-points, the white bar indicates 50 micrometer. WT (green) and GASP (red) cells develop into a structured community. Initially (t=1 hour) planktonic cells colonize the habitat, a day later many multi-cellular aggregates have formed. The composition of these aggregates (indicated by their color) changes over time. (b) GASP fraction through time of microhabitats consisting of a single patch with a volume equal to the total volume of an 85-patch microhabitat. Mean of experiments (red solid line), black dashed lines indicate the mean the standard deviation.
doi:10.1371/journal.pone.0077042.g005
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 17:49, 7 January 2017 | | 3,851 × 4,269 (1.51 MB) | 127.0.0.1 (talk) | WT and GASP E. coli coexist in a single-patch habitat. <p>(a) Microscopy pictures showing a section of a habitat consisting of a single patch (8500×100×15 micrometer) at three time-points, the white bar indicates 50 micrometer. WT (green) and GASP (red) cells develop into a structured community. Initially (t=1 hour) planktonic cells colonize the habitat, a day later many multi-cellular aggregates have formed. The composition of these aggregates (indicated by their color) changes over time. (b) GASP fraction through time of microhabitats consisting of a single patch with a volume equal to the total volume of an 85-patch microhabitat. Mean of experiments (red solid line), black dashed lines indicate the mean the standard deviation. </p> doi:10.1371/journal.pone.0077042.g005 |
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