<p>DIC and fluorescence microscopy of WT, <i>spoIIQ</i><sup><i>−</i></sup>(<i>IIQ</i><sup><i>–</i></sup>), <i>spoIIIA</i><sup><b><i>−</i></b></sup>(<i>IIIA</i><sup><i>–</i></sup>), <i>spoIIIAH</i><sup><b><i>−</i></b></sup>(<i>IIIAH</i><sup><i>–</i></sup>), <i>sigG</i><sup><i>–</i></sup>, and <i>spoIVA</i><sup><i>−</i></sup>(<i>IVA</i><sup><i>–</i></sup>) strains producing CotE-SNAP fusions. Cells were collected after 24 hrs on sporulation media and labeled with the SNAP substrate TMR-Star (green), the lipophilic dye FM4-64 (red), and the Hoechst nucleoid dye (blue). Yellow arrows indicate where the SNAP signal (green) overlaps with FM4-64 staining (red). Scale bars represent 2 μm.</p
<p>Phase contrast (PC) and fluorescence microscopy analysis of spore morphogenesis in the following ...
Many bacterial proteins involved in fundamental processes such as cell shape maintenance, cell cycle...
<p>A) Schematic representation of fusion proteins (YFP, yellow star) and corresponding micrographs i...
<p>Transmission electron microscopy (TEM) of WT, <i>spoIIQ</i><sup><i>−</i></sup>(<i>IIQ</i><sup><i>...
<p>(A) Localization of SpoIIE-GFP in sporulating cells (strain PE118). (B) Localization of DivIVA-GF...
<p>(A) Fluorescence microscopy analyses of the indicated strains carrying the σ<sup>G</sup>-dependen...
<p><i>C</i>. <i>difficile</i> strains wild type (WT), <i>spoIIQ</i><sup><i>−</i></sup>(<i>IIQ</i><su...
<p>Cells of the <i>C. difficile</i> 630Δerm strain, and of the <i>spo0A</i>, <i>sigF</i> and <i>sigE...
<p>A. Representative images of SpoVV-GFP visualized by fluorescence microscopy at hour 3 of sporulat...
<p>(A) SDS-PAGE gel and Western Blot analysis of extracts from 630Δ<i>erm</i> carrying fusions of <i...
<p><b>(A)</b> The <i>spoIIIL</i> genomic locus. <b>(B)</b> Representative images of the ∆<i>spoIIIL<...
<p>A) Cell cultures of strains IB1565 <i>(ΔspoIIE</i>, <i>gfp-rodZ</i>) and IB1566 (<i>spoIIE64</i>,...
Bacillus subtilis sporulation depends on the forespore membrane protein SpoIIQ, which interacts with...
<p>Subcellular localization of DivIVA-GFP or SpoIIE-GFP was monitored using (A–F) structured illumin...
<p>Strains were induced to sporulate on solid media for 14 hrs then resuspended in liquid sporulatio...
<p>Phase contrast (PC) and fluorescence microscopy analysis of spore morphogenesis in the following ...
Many bacterial proteins involved in fundamental processes such as cell shape maintenance, cell cycle...
<p>A) Schematic representation of fusion proteins (YFP, yellow star) and corresponding micrographs i...
<p>Transmission electron microscopy (TEM) of WT, <i>spoIIQ</i><sup><i>−</i></sup>(<i>IIQ</i><sup><i>...
<p>(A) Localization of SpoIIE-GFP in sporulating cells (strain PE118). (B) Localization of DivIVA-GF...
<p>(A) Fluorescence microscopy analyses of the indicated strains carrying the σ<sup>G</sup>-dependen...
<p><i>C</i>. <i>difficile</i> strains wild type (WT), <i>spoIIQ</i><sup><i>−</i></sup>(<i>IIQ</i><su...
<p>Cells of the <i>C. difficile</i> 630Δerm strain, and of the <i>spo0A</i>, <i>sigF</i> and <i>sigE...
<p>A. Representative images of SpoVV-GFP visualized by fluorescence microscopy at hour 3 of sporulat...
<p>(A) SDS-PAGE gel and Western Blot analysis of extracts from 630Δ<i>erm</i> carrying fusions of <i...
<p><b>(A)</b> The <i>spoIIIL</i> genomic locus. <b>(B)</b> Representative images of the ∆<i>spoIIIL<...
<p>A) Cell cultures of strains IB1565 <i>(ΔspoIIE</i>, <i>gfp-rodZ</i>) and IB1566 (<i>spoIIE64</i>,...
Bacillus subtilis sporulation depends on the forespore membrane protein SpoIIQ, which interacts with...
<p>Subcellular localization of DivIVA-GFP or SpoIIE-GFP was monitored using (A–F) structured illumin...
<p>Strains were induced to sporulate on solid media for 14 hrs then resuspended in liquid sporulatio...
<p>Phase contrast (PC) and fluorescence microscopy analysis of spore morphogenesis in the following ...
Many bacterial proteins involved in fundamental processes such as cell shape maintenance, cell cycle...
<p>A) Schematic representation of fusion proteins (YFP, yellow star) and corresponding micrographs i...