<p>(A) A composite of ZipA-GFP (green), MatP-mCherry (red), and phase contrast image (grey) of Δ<i>slmA</i> Δ<i>min</i> cells (strain WD1). Scale bar is 2 µm. (B) The same for the wild type strain (strain WD2). (C) Location of ZipA-GFP labeled Z-ring (ΔX<sub>z</sub>) vs location of MatP-mCherry focus (ΔX<sub>MatP</sub>) in Δ<i>slmA</i> Δ<i>min</i> cells scaled by the cell length L. Both locations are referenced relative to the cell center. Solid symbols correspond to locations near the center of the nucleoid and open squares to locations near the poles. The straight line corresponds to . Only cells with a single MatP focus are analyzed. (D) ΔX<sub>z</sub> vs ΔX<sub>MatP</sub> for wild type cells. (E), (F) Distribution of distances between t...
<p>(A) Four representative PALM images for cells expressing MatP-mEos2 in the order of bright-field,...
<p>The microscopic images are an overlay of the bright field, mCherry (for <i>MAT</i><b><i>α</i></b>...
<p>(A) Localization of MglA-YFP in WT, <i>romR</i> mutant and <i>romR mglB</i> mutant. (B) Localizat...
<p>(A) A composite of ZipA-GFP (green), DAPI stained nucleoid (red) and phase contrast images (grey)...
<div><p>Cell division in <i>Escherichia coli</i> starts with assembly of FtsZ protofilaments into a ...
Cell division in Escherichia coli starts with assembly of FtsZ protofilaments into a ring-like struc...
<p><i>E. coli</i> cells expressing fluorescent derivatives of matP (matP-Cherry) (top panel) and Slm...
<p>(A–D) Travelled distance of different markers in strains deleted for <i>zapB</i>, deleted for seg...
<p>(A) Co-visualization of Z rings and nucleoids in the wild-type control strain SU492 (DnaB<sup>+</...
<p>A: Kymographs of DAPI, HupA-mCherry, ZipA-GFP labels and phase contrast images along the long axe...
<p>We show the modified z-score vector for TSR1 as a heat map (more information in “Visualization of...
<p>Spores of wild-type (SU492) and double-mutant (SU663) strains, both containing P<i><sub>xyl</sub>...
<p>(A) In the first row, fluorescence (left) and overlay between fluorescence and phase contrast ima...
<p>Spores of the double-mutant (SU681) and wild-type (SU5) strain were germinated in PAB at 34°C. Ce...
<p><b>(A-D)</b> Box and whisker plots showing the minimum, maximum, interquartile range and median c...
<p>(A) Four representative PALM images for cells expressing MatP-mEos2 in the order of bright-field,...
<p>The microscopic images are an overlay of the bright field, mCherry (for <i>MAT</i><b><i>α</i></b>...
<p>(A) Localization of MglA-YFP in WT, <i>romR</i> mutant and <i>romR mglB</i> mutant. (B) Localizat...
<p>(A) A composite of ZipA-GFP (green), DAPI stained nucleoid (red) and phase contrast images (grey)...
<div><p>Cell division in <i>Escherichia coli</i> starts with assembly of FtsZ protofilaments into a ...
Cell division in Escherichia coli starts with assembly of FtsZ protofilaments into a ring-like struc...
<p><i>E. coli</i> cells expressing fluorescent derivatives of matP (matP-Cherry) (top panel) and Slm...
<p>(A–D) Travelled distance of different markers in strains deleted for <i>zapB</i>, deleted for seg...
<p>(A) Co-visualization of Z rings and nucleoids in the wild-type control strain SU492 (DnaB<sup>+</...
<p>A: Kymographs of DAPI, HupA-mCherry, ZipA-GFP labels and phase contrast images along the long axe...
<p>We show the modified z-score vector for TSR1 as a heat map (more information in “Visualization of...
<p>Spores of wild-type (SU492) and double-mutant (SU663) strains, both containing P<i><sub>xyl</sub>...
<p>(A) In the first row, fluorescence (left) and overlay between fluorescence and phase contrast ima...
<p>Spores of the double-mutant (SU681) and wild-type (SU5) strain were germinated in PAB at 34°C. Ce...
<p><b>(A-D)</b> Box and whisker plots showing the minimum, maximum, interquartile range and median c...
<p>(A) Four representative PALM images for cells expressing MatP-mEos2 in the order of bright-field,...
<p>The microscopic images are an overlay of the bright field, mCherry (for <i>MAT</i><b><i>α</i></b>...
<p>(A) Localization of MglA-YFP in WT, <i>romR</i> mutant and <i>romR mglB</i> mutant. (B) Localizat...