Add to ORKGIdentify some alveolar capillaries. They are just wide enough for single-file transit of erythrocytes. It can be difficult to distinguish endothelial cell nuclei from those of the type I epithelial cells. Diffusion drives gas exchange between the alveolar lumen and alveolar capillaries. Ciliated cells of a small bronchus are seen at top. UCLA Histology Collection
Electron microscopy. After fixation the extracellular lining of surfactant (phosphatidylcholine, pho...
Electron microscopy (low magnification). Two major cell types line a bronchiolus: a cuboidal-shaped ...
The airway epithelium is pseudostratified and lined with different types of cells, including ciliate...
A longitudinally sectioned capillary, showing erythrocytes in single file, a typical feature reveali...
A macrophage rests on the alveolar wall. It is difficult to differentiate between type I pneumocytes...
Electron microscopy. (A) indicate alveolar space; (C) indicate capillary with erythrocyte. Drawing-p...
Electron microscopy (low magnification). (A) indicate alveoli; (C) indicate capillaries. (1) type I ...
Electron microscopy. The alveolus (1) is lined by a thin extension (2) of the alveolar epithelial ce...
Electron microscopy (high magnification). The alveolar space (1) and the capillary space (2) (with ...
Electron microscopy. Two neighboring capillaries (C) and the alveolar spaces (A). The endothelial ce...
Scheme electron microscopy. (5) alveolar space; (6) type I Pneumocyte; (7) basal lamina; (8)...
Scheme electron microscopy. (1, ↓) Represents type I pneumocytes lining alveolar spaces (A). Cell (2...
What happens in the lung is that air meets blood. Figure 1 shows the lung\u27s architecture. Focus y...
Stain: Hematoxylin and eosin. A longitudinal section shows the lumen of a respiratory bronchiolus (1...
Electron microscopy. At the top the alveolar space (1) is lined by a type II alveolar cell (pneumocy...
Electron microscopy. After fixation the extracellular lining of surfactant (phosphatidylcholine, pho...
Electron microscopy (low magnification). Two major cell types line a bronchiolus: a cuboidal-shaped ...
The airway epithelium is pseudostratified and lined with different types of cells, including ciliate...
A longitudinally sectioned capillary, showing erythrocytes in single file, a typical feature reveali...
A macrophage rests on the alveolar wall. It is difficult to differentiate between type I pneumocytes...
Electron microscopy. (A) indicate alveolar space; (C) indicate capillary with erythrocyte. Drawing-p...
Electron microscopy (low magnification). (A) indicate alveoli; (C) indicate capillaries. (1) type I ...
Electron microscopy. The alveolus (1) is lined by a thin extension (2) of the alveolar epithelial ce...
Electron microscopy (high magnification). The alveolar space (1) and the capillary space (2) (with ...
Electron microscopy. Two neighboring capillaries (C) and the alveolar spaces (A). The endothelial ce...
Scheme electron microscopy. (5) alveolar space; (6) type I Pneumocyte; (7) basal lamina; (8)...
Scheme electron microscopy. (1, ↓) Represents type I pneumocytes lining alveolar spaces (A). Cell (2...
What happens in the lung is that air meets blood. Figure 1 shows the lung\u27s architecture. Focus y...
Stain: Hematoxylin and eosin. A longitudinal section shows the lumen of a respiratory bronchiolus (1...
Electron microscopy. At the top the alveolar space (1) is lined by a type II alveolar cell (pneumocy...
Electron microscopy. After fixation the extracellular lining of surfactant (phosphatidylcholine, pho...
Electron microscopy (low magnification). Two major cell types line a bronchiolus: a cuboidal-shaped ...
The airway epithelium is pseudostratified and lined with different types of cells, including ciliate...
