Add to ORKGElectron microscopy. At (X) the alveolar space, the bulging alveolar cell type II shows the characteristic multilamellar bodies (*, cytosomes) that contain precusor material of surfactant. The lamellar bodies are responsible for the vacuolated appearance of these cells, and they give rise to surfactant (phospholipids, glycosaminoglycans, proteins). The free surface of the cell is provided with microvilli (↓)
Lungs front marsupials, bats and rodents were studied by light and electron microscopy. In all three...
5noThe two primary cell lineages that make up the endodermally-derived single-layer epithelium of al...
The use of type II pneumocytes in pure culture allows the investigator to directly define at the cel...
Electron microscopy. The cytoplasm of the type II alveolar cell (pneumocyte II) contains characteris...
Electron microscopy. Extrusion of surfactant material out of a type II alveolar cell (pneumocyte II,...
Electron microscopy. At the top the alveolar space (1) is lined by a type II alveolar cell (pneumocy...
Scheme electron microscopy. (5) alveolar space; (6) type I Pneumocyte; (7) basal lamina; (8)...
Electron microscopy. At the top the alveolar space is lined by type I alveolar cell (1, pneumocyte I...
Electron microscopy. After fixation the extracellular lining of surfactant (phosphatidylcholine, pho...
Electron microscopy. (A) indicate alveolar space; (C) indicate capillary with erythrocyte. Drawing-p...
Scheme electron microscopy. (1, ↓) Represents type I pneumocytes lining alveolar spaces (A). Cell (2...
<p>A: Sham group; B: I/R group; C: IPO group; D: Levo group; E: Levo+5-HD group.</p
The epithelial cells of the distal airway were studied under four different conditions in mice, rabb...
A macrophage rests on the alveolar wall. It is difficult to differentiate between type I pneumocytes...
Note the dilations of the endoplasmic reticulum (arrows) in the untreated I/R group and the large am...
Lungs front marsupials, bats and rodents were studied by light and electron microscopy. In all three...
5noThe two primary cell lineages that make up the endodermally-derived single-layer epithelium of al...
The use of type II pneumocytes in pure culture allows the investigator to directly define at the cel...
Electron microscopy. The cytoplasm of the type II alveolar cell (pneumocyte II) contains characteris...
Electron microscopy. Extrusion of surfactant material out of a type II alveolar cell (pneumocyte II,...
Electron microscopy. At the top the alveolar space (1) is lined by a type II alveolar cell (pneumocy...
Scheme electron microscopy. (5) alveolar space; (6) type I Pneumocyte; (7) basal lamina; (8)...
Electron microscopy. At the top the alveolar space is lined by type I alveolar cell (1, pneumocyte I...
Electron microscopy. After fixation the extracellular lining of surfactant (phosphatidylcholine, pho...
Electron microscopy. (A) indicate alveolar space; (C) indicate capillary with erythrocyte. Drawing-p...
Scheme electron microscopy. (1, ↓) Represents type I pneumocytes lining alveolar spaces (A). Cell (2...
<p>A: Sham group; B: I/R group; C: IPO group; D: Levo group; E: Levo+5-HD group.</p
The epithelial cells of the distal airway were studied under four different conditions in mice, rabb...
A macrophage rests on the alveolar wall. It is difficult to differentiate between type I pneumocytes...
Note the dilations of the endoplasmic reticulum (arrows) in the untreated I/R group and the large am...
Lungs front marsupials, bats and rodents were studied by light and electron microscopy. In all three...
5noThe two primary cell lineages that make up the endodermally-derived single-layer epithelium of al...
The use of type II pneumocytes in pure culture allows the investigator to directly define at the cel...