<p>Electron micrographs of the WT strain (A) and the T192 mutant (B–F). In (G), graphic showing the percentage of cells with one, two, three, four and five or more TO in the WT strain, the T192 mutant, and the motility mutants GDmg200 c12 and GDmg386 c1. Arrows point out cells with two TO together at the same cell pole. The number of TO per cell are indicated in cells with more than one TO. Images in panels C to F are shown at the same magnification.</p
<p>The glutaraldehyde and KMnO<sub>4</sub> method was applied to prepare specimens for electron micr...
<p>Cells were grown for 24 h on LB plates and smeared on a silicon slice on the object stage. The sa...
<p>Transmission electron micrographs of <b>P18</b> (Panel A) and <b>P200</b> (Panel B) at 10,000× an...
<p>Arrowheads highlight the presence of several electron-dense cores inside a single cell.</p
<p>(<b>A</b>) Swimming motility of the parental strains and flagella mutants and complemented mutant...
<p>SEM of S8, S8<i>ΔrelA</i> and S8HB. Compared to the S8, cells of the S8<i>ΔrelA</i> mutant and S8...
<p>Microscopy analysis of SF214 and of its unpigmented mutant (SF214-Mut). For each strain the same ...
<p>Cell lines showing microvilli (dark arrows) and tight intracellular junctions (dotted arrows). MM...
<p>Tracks described by cells from the WT strain (A) and the T192 mutant (B) in two minutes. Distribu...
<p>Phase contrast microscopy images of the parent strain BW25113 and the <i>iscS, rffT,</i> and <i>t...
<p>Cells in the stretch group were more likely to display a spindle shape, in contrast to the flat s...
<p>High resolution images of the cell wall of WT (A), <i>dltA</i> mutant (B), and <i>dltA</i> comple...
<p>Based on the TEM data, the average length of the <i>msp1</i> mutant cell chains was estimated to ...
<p>Transmission electron micrograph of a cell of strain GIMN1.004<sup>T</sup>, bar 1 µm.</p
<p>A. Diagrammatic representation of the genetic locus surrounding SAN_2180 and SAN_0039 in the WT C...
<p>The glutaraldehyde and KMnO<sub>4</sub> method was applied to prepare specimens for electron micr...
<p>Cells were grown for 24 h on LB plates and smeared on a silicon slice on the object stage. The sa...
<p>Transmission electron micrographs of <b>P18</b> (Panel A) and <b>P200</b> (Panel B) at 10,000× an...
<p>Arrowheads highlight the presence of several electron-dense cores inside a single cell.</p
<p>(<b>A</b>) Swimming motility of the parental strains and flagella mutants and complemented mutant...
<p>SEM of S8, S8<i>ΔrelA</i> and S8HB. Compared to the S8, cells of the S8<i>ΔrelA</i> mutant and S8...
<p>Microscopy analysis of SF214 and of its unpigmented mutant (SF214-Mut). For each strain the same ...
<p>Cell lines showing microvilli (dark arrows) and tight intracellular junctions (dotted arrows). MM...
<p>Tracks described by cells from the WT strain (A) and the T192 mutant (B) in two minutes. Distribu...
<p>Phase contrast microscopy images of the parent strain BW25113 and the <i>iscS, rffT,</i> and <i>t...
<p>Cells in the stretch group were more likely to display a spindle shape, in contrast to the flat s...
<p>High resolution images of the cell wall of WT (A), <i>dltA</i> mutant (B), and <i>dltA</i> comple...
<p>Based on the TEM data, the average length of the <i>msp1</i> mutant cell chains was estimated to ...
<p>Transmission electron micrograph of a cell of strain GIMN1.004<sup>T</sup>, bar 1 µm.</p
<p>A. Diagrammatic representation of the genetic locus surrounding SAN_2180 and SAN_0039 in the WT C...
<p>The glutaraldehyde and KMnO<sub>4</sub> method was applied to prepare specimens for electron micr...
<p>Cells were grown for 24 h on LB plates and smeared on a silicon slice on the object stage. The sa...
<p>Transmission electron micrographs of <b>P18</b> (Panel A) and <b>P200</b> (Panel B) at 10,000× an...