<p>Both (A) confocal laser scanning microscopy and TEM show thickened cell wall morphology in later time points. Cells were stained for cell wall (blue) and lipid bodies (red) in (A). CW indicates the cell wall in (B).</p
<p>TEM images of material postfixed in osmium tetroxide, embedded in SPI 812, and viewed in transver...
<p>Red solid line, increase in volume of lipid bodies; red dot line, keeping in volume of lipid bodi...
<p>(A). Electron micrographs of long axes along lipophil cells prepared by freezing and freeze subst...
<p><b>A</b>. Longitudinal section of dividing cells just after septum formation but before cell wall...
<p>(A) Wild-type <i>Y</i>. <i>lipolytica</i> (ATCC 20460<sup>TM</sup>) was grown in YNB-R medium for...
<p>Electron micrographs of wild type cells. A) A cell in Meiosis II showing two prospore membranes (...
<p>Transmission electron microscopy of cells treated for 24 h with Ac-LDL (A) or Chs-LDL (B). Cytopl...
<p>Two representative confocal micrographs of db/db (<b>A, B</b>) and db+ (<b>C, D</b>) tissue fragm...
<p>(A) DK1622 cells stained with the lipophilic dye Nile red at times indicated during development. ...
Lipids are essential for cellular life, functioning either organized as bilayer membranes to compart...
Insulin resistance in key target organs and beta cell dysfunction due to gluco- and lipotoxicity, ar...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
<p>TEM images of material postfixed in osmium tetroxide, embedded in SPI 812, and viewed in transver...
<p>Red solid line, increase in volume of lipid bodies; red dot line, keeping in volume of lipid bodi...
<p>(A). Electron micrographs of long axes along lipophil cells prepared by freezing and freeze subst...
<p><b>A</b>. Longitudinal section of dividing cells just after septum formation but before cell wall...
<p>(A) Wild-type <i>Y</i>. <i>lipolytica</i> (ATCC 20460<sup>TM</sup>) was grown in YNB-R medium for...
<p>Electron micrographs of wild type cells. A) A cell in Meiosis II showing two prospore membranes (...
<p>Transmission electron microscopy of cells treated for 24 h with Ac-LDL (A) or Chs-LDL (B). Cytopl...
<p>Two representative confocal micrographs of db/db (<b>A, B</b>) and db+ (<b>C, D</b>) tissue fragm...
<p>(A) DK1622 cells stained with the lipophilic dye Nile red at times indicated during development. ...
Lipids are essential for cellular life, functioning either organized as bilayer membranes to compart...
Insulin resistance in key target organs and beta cell dysfunction due to gluco- and lipotoxicity, ar...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
During cell wall formation and degradation, it is possible to detect cellulose microfibrils assemble...
<p>TEM images of material postfixed in osmium tetroxide, embedded in SPI 812, and viewed in transver...
<p>Red solid line, increase in volume of lipid bodies; red dot line, keeping in volume of lipid bodi...
<p>(A). Electron micrographs of long axes along lipophil cells prepared by freezing and freeze subst...