<p>Electron micrographs showing (A) undifferentiated ESC and (B) ESDC. Note the presence of intracellular <i>S.</i> Typhimurium in these images. Scale bars denote different sizes.</p
<p>The diameter of the cytoplasmic extensions and cytofilia were often irregular. Cytofilia frequent...
<p>Electron micrograph of the neck of the bud. Mother cell (left) and daughter cell (right). Electro...
<p>A. Representative electron micrographs showing the nucleus. Magnification: ×6000. B. Representati...
Within the short history of the application of electron microscopy to cytological and histological p...
The first useful applications of the electron microscope to biology were quite naturally made upon o...
<p>Resealed WT (A, B, and C) and Db (D, E, and F) cells were observed by electron microscopy. G, M, ...
A: 3D cell growth in the mesh membrane of the inner compartment. Of interest, cell growth was also d...
"Scanning (SEM) and transmission electron microscopy (TEM) are two fundamental microscopic technique...
Intracellular structures of embedded biological tissues (rat kidney, myocardium and small intestine)...
<p>Vero E6 cells observed in; Panel (a) and (b) representing bat wing homogenate, (c) and (d) repres...
<p><b>A.</b> Data set from serial block face scanning electron microscopy (SBEM) containing a 5 nm/p...
<p>Transmission electron micrographs. (A) Type 1 cell body. Scalebar: 2 μm. (B) Type 2 cell body. Sc...
<p>(A) untreated and extract-treated <i>P. aeruginosa</i> cells, at minimum inhibitory concentration...
<p>The ultrastructural appearance and characterization of porcine small intestine and colonic epithe...
<p>A) Microvesicles/exosomes displaying an electron dense appearance, and B) electron lucent appeara...
<p>The diameter of the cytoplasmic extensions and cytofilia were often irregular. Cytofilia frequent...
<p>Electron micrograph of the neck of the bud. Mother cell (left) and daughter cell (right). Electro...
<p>A. Representative electron micrographs showing the nucleus. Magnification: ×6000. B. Representati...
Within the short history of the application of electron microscopy to cytological and histological p...
The first useful applications of the electron microscope to biology were quite naturally made upon o...
<p>Resealed WT (A, B, and C) and Db (D, E, and F) cells were observed by electron microscopy. G, M, ...
A: 3D cell growth in the mesh membrane of the inner compartment. Of interest, cell growth was also d...
"Scanning (SEM) and transmission electron microscopy (TEM) are two fundamental microscopic technique...
Intracellular structures of embedded biological tissues (rat kidney, myocardium and small intestine)...
<p>Vero E6 cells observed in; Panel (a) and (b) representing bat wing homogenate, (c) and (d) repres...
<p><b>A.</b> Data set from serial block face scanning electron microscopy (SBEM) containing a 5 nm/p...
<p>Transmission electron micrographs. (A) Type 1 cell body. Scalebar: 2 μm. (B) Type 2 cell body. Sc...
<p>(A) untreated and extract-treated <i>P. aeruginosa</i> cells, at minimum inhibitory concentration...
<p>The ultrastructural appearance and characterization of porcine small intestine and colonic epithe...
<p>A) Microvesicles/exosomes displaying an electron dense appearance, and B) electron lucent appeara...
<p>The diameter of the cytoplasmic extensions and cytofilia were often irregular. Cytofilia frequent...
<p>Electron micrograph of the neck of the bud. Mother cell (left) and daughter cell (right). Electro...
<p>A. Representative electron micrographs showing the nucleus. Magnification: ×6000. B. Representati...