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230607_220303_slide2_5_ring6_kymo_intensity.fig (87.93 kB)
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230607_220303_slide2_8_ring22_kymo_intensity.fig (82.68 kB)
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230607_220316_3_ring11_kymo_intensity.fig (95.77 kB)
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230607_220316_5_ring14_kymo_intensity.fig (71.84 kB)
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220303_slide2_5_MMStack_Default_561_denoise.ome_ring6_kymo.tif (22.26 kB)
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220303_slide2_5_MMStack_Default_561_denoise.ome_ring6.tif (1.05 MB)
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220303_slide2_8_MMStack_Default_561_denoise.ome_ring22_kymo.tif (20.51 kB)
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220303_slide2_8_MMStack_Default_561_denoise.ome_ring22.tif (1022.03 kB)
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220316_3_MMStack_Default_561_denoise.ome_ring11_kymo.tif (25.17 kB)
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220316_3_MMStack_Default_561_denoise.ome_ring11.tif (1.05 MB)
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220316_5_MMStack_Default_561_denoise.ome_ring14_kymo.tif (14.69 kB)
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220316_5_MMStack_Default_561_denoise.ome_ring14.tif (1.05 MB)
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12 files

Figure 4 source data

dataset
posted on 2024-02-27, 17:22 authored by Kevin WhitleyKevin Whitley, James Grimshaw, David M. Roberts, Eleni Karinou, Phillip J. Stansfeld, Séamus Holden

This dataset is part of the 'Source data and representative raw data for "Peptidoglycan synthesis drives a single population of septal cell wall synthases during division in Bacillus subtilis"' collection. For a link to the related paper, study-level information and guide to the data, as well as viewing all other related research data, please visit the collection

220316_5_MMStack_Default_561_denoise.ome_ring14, 220316_5_MMStack_Default_561_denoise.ome_ring14_kymo, and 230607_220316_5_ring14_kymo_intensity correspond to Fig. 4a.

220316_3_MMStack_Default_561_denoise.ome_ring11, 220316_3_MMStack_Default_561_denoise.ome_ring11_kymo, and 230607_220316_3_ring11_kymo_intensity correspond to Fig. 4b.

220303_slide2_8_MMStack_Default_561_denoise.ome_ring22, 220303_slide2_8_MMStack_Default_561_denoise.ome_ring22_kymo, and 230607_220303_slide2_8_ring22_kymo_intensity correspond to Fig. 4c.

220303_slide2_5_MMStack_Default_561_denoise.ome_ring6, 220303_slide2_5_MMStack_Default_561_denoise.ome_ring6_kymo, and 230607_220303_slide2_5_ring6_kymo_intensity correspond to Fig. 4d.

Funding

Super-resolving the physical mechanisms of bacterial cell division

Wellcome Trust

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A single cell, single molecule microscopy platform for antibiotics research

Biotechnology and Biological Sciences Research Council

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