<p>A regression analysis was performed to determine whether there were any strain specific differences in the levels of vegetative cells and spores at three days compared to the R20291 reference. This was repeated for the six day old biofilms. <i>p</i><0.05 indicates a significant difference from the reference R20291. The COV indicates whether the difference in spore and vegetative cell production is higher (positive number) or lower (negative number) compared to the R20291 reference. A regression analysis was also used to determine whether there were significant changes in the cell type from three days to six days, <i>p</i><0.05.</p
<p>Wild type and mutant strains were induced to form biofilms in 96-well polystyrene plates in minim...
<p>a) Visualisation of three day old biofilms attached to the bottom of the individual wells in a 24...
<p>(a) average number of days to reach pre-defined volume; (b) biofilm with the lowest values of <i>...
<p>A regression analysis was performed to determine whether there were any strain specific differenc...
<p>Biofilms were matured for three and six days post seeding in TC flasks for strains R20291, R20291...
<p>The ability of a biofilm to protect against oxygen stress was assessed in three day old biofilms ...
<p>The survival of vegetative cells from a saturated culture (Sat), a log phase culture (Log), or sp...
<p>TSB+0.25% glucose was the culture medium used in the experiment (<b>A</b>). Absorbance (595 nm) m...
<p>Stacked z-series of biofilms from various time-points stained with LIVE/DEAD stain (green/red). (...
*<p>Biofilm formation was determined 24 h after the cells transference to CM. 48 h MT cultures were ...
Biofilm formation after 24 hours at (A), 37° C, and (B) 30° C. Bars represent Mean± SD of OD595 valu...
Biofilm Data.csv, Data description: Data used to create Figure 3: Biofilm production of evolved stra...
<p>The boxes show data from three independent experiments, each performed with triplicate biofilms. ...
<p>Biofilms of NCTC 11168 (A and D) and 81116 (B) were allowed to form in static aerobic conditions ...
<p><b>A)</b> For each strain, cells were harvested from 6-day old biofilms and the numbers of spores...
<p>Wild type and mutant strains were induced to form biofilms in 96-well polystyrene plates in minim...
<p>a) Visualisation of three day old biofilms attached to the bottom of the individual wells in a 24...
<p>(a) average number of days to reach pre-defined volume; (b) biofilm with the lowest values of <i>...
<p>A regression analysis was performed to determine whether there were any strain specific differenc...
<p>Biofilms were matured for three and six days post seeding in TC flasks for strains R20291, R20291...
<p>The ability of a biofilm to protect against oxygen stress was assessed in three day old biofilms ...
<p>The survival of vegetative cells from a saturated culture (Sat), a log phase culture (Log), or sp...
<p>TSB+0.25% glucose was the culture medium used in the experiment (<b>A</b>). Absorbance (595 nm) m...
<p>Stacked z-series of biofilms from various time-points stained with LIVE/DEAD stain (green/red). (...
*<p>Biofilm formation was determined 24 h after the cells transference to CM. 48 h MT cultures were ...
Biofilm formation after 24 hours at (A), 37° C, and (B) 30° C. Bars represent Mean± SD of OD595 valu...
Biofilm Data.csv, Data description: Data used to create Figure 3: Biofilm production of evolved stra...
<p>The boxes show data from three independent experiments, each performed with triplicate biofilms. ...
<p>Biofilms of NCTC 11168 (A and D) and 81116 (B) were allowed to form in static aerobic conditions ...
<p><b>A)</b> For each strain, cells were harvested from 6-day old biofilms and the numbers of spores...
<p>Wild type and mutant strains were induced to form biofilms in 96-well polystyrene plates in minim...
<p>a) Visualisation of three day old biofilms attached to the bottom of the individual wells in a 24...
<p>(a) average number of days to reach pre-defined volume; (b) biofilm with the lowest values of <i>...