Wild-type Candida albicans cells were grown on plastic or epithelial monolayers under continuous flow at 37°C and imaged at indicated times using darkfield microscopy. Red arrows indicate the position of the originating mother cell in each image. Scale for upper four images is identical. Scale bars indicate 100 μm.</p
<div><p>(A) Image sequences from videos with PMN and RAW cells interacting with C. albicans in a 2-D...
<p>A) Cultures of wild type C. <i>albicans</i>, the <i>med31ΔΔ</i> mutant and the complemented <i>me...
The ability to switch between yeast and filamentous forms is central to Candida albicans biology. Th...
The ability of Candida albicans to form biofilms is a virulence factor that allows tissue attachment...
Candida albicans wild-type (WT) cells and seven transcriptional regulator knockouts were evaluated f...
<p>A) Direct observation of <i>C. albicans</i> colonies after 24 hours of coculture on primary tonsi...
Representative fluorescent microscopy images of yeast cells, treated for 5 or 15 minutes with MoWs o...
(a) A SEM of EV-like structures on the surface of C. albicans growing in a biofilm. Scale bar indica...
<p>Cell morphology was examined. Micrographs after 2(A), 8 h (B), and 24 h (C) of growth at 30°C are...
<p>A, B) Cells from control cultures observed under optical bright field microscopy and TEM, respect...
<p>A) Brightest point projection of a confocal Z series showing a <i>C. albicans</i> colony (stained...
<p>Panel A2 shows a magnification of the image evidencing the occurrence of modifications on the cel...
<p>The Images were taken by Nomarksi contrast microscopy with 800× magnification.</p
<p>(A) White cells (RBY717) were induced to form hyphae by growth in YPD supplemented with serum at ...
The "morphology index" an objective measurement of ceil shape in Candida albicans. Louise A. Merson-...
<div><p>(A) Image sequences from videos with PMN and RAW cells interacting with C. albicans in a 2-D...
<p>A) Cultures of wild type C. <i>albicans</i>, the <i>med31ΔΔ</i> mutant and the complemented <i>me...
The ability to switch between yeast and filamentous forms is central to Candida albicans biology. Th...
The ability of Candida albicans to form biofilms is a virulence factor that allows tissue attachment...
Candida albicans wild-type (WT) cells and seven transcriptional regulator knockouts were evaluated f...
<p>A) Direct observation of <i>C. albicans</i> colonies after 24 hours of coculture on primary tonsi...
Representative fluorescent microscopy images of yeast cells, treated for 5 or 15 minutes with MoWs o...
(a) A SEM of EV-like structures on the surface of C. albicans growing in a biofilm. Scale bar indica...
<p>Cell morphology was examined. Micrographs after 2(A), 8 h (B), and 24 h (C) of growth at 30°C are...
<p>A, B) Cells from control cultures observed under optical bright field microscopy and TEM, respect...
<p>A) Brightest point projection of a confocal Z series showing a <i>C. albicans</i> colony (stained...
<p>Panel A2 shows a magnification of the image evidencing the occurrence of modifications on the cel...
<p>The Images were taken by Nomarksi contrast microscopy with 800× magnification.</p
<p>(A) White cells (RBY717) were induced to form hyphae by growth in YPD supplemented with serum at ...
The "morphology index" an objective measurement of ceil shape in Candida albicans. Louise A. Merson-...
<div><p>(A) Image sequences from videos with PMN and RAW cells interacting with C. albicans in a 2-D...
<p>A) Cultures of wild type C. <i>albicans</i>, the <i>med31ΔΔ</i> mutant and the complemented <i>me...
The ability to switch between yeast and filamentous forms is central to Candida albicans biology. Th...