![This is blank.](https://digitalhistology.org/wp-content/themes/histology-unified/imgs/trans.png)
Continuous capillary
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![Endothelial cells <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-1-ping.png)
Endothelial cells
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![- Pinocytic vesicles <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-4-ping.png)
- Pinocytic vesicles
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![- Basal lamina <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-5-ping.png)
- Basal lamina
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![- Cell junction <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-6-ping.png)
- Cell junction
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![Capillary lumen <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-2-ping.png)
Capillary lumen
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x
![Loose connective tissue <p>This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x</p>](https://digitalhistology.org/wp-content/uploads/2017/07/Or.CV_.V.Caps-8-3-ping.png)
Loose connective tissue
This electron micrograph shows a portion of the wall of a continuous capillary, demonstrating its thin endothelial lining. Continuous capillaries also show numerous pinocytotic vesicles on both luminal and abluminal surfaces. These vesicles transport materials across the endothelium. Transport is bidirectional, a process called transcytosis. A cell junction is also visible. 40,000x