Digital Histology
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Medium (muscular) artery

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x

Tunica intima <p>These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x</p>

Tunica intima

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x
- Endothelium <p>These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x</p>

- Endothelium

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x
- Internal elastic lamina <p>These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x</p>

- Internal elastic lamina

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x
Tunica media <p>These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x</p>

Tunica media

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x
- Smooth muscle cells <p>These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x</p>

- Smooth muscle cells

These two images show the details of the tunica intima. This thin layer is composed of an endothelium, a loose subendothelial connective tissue and the wavy, internal elastic lamina. The internal elastic lamina is very prominent in medium, muscular arteries and aids in identifying these vessels. 1000x
Main SlideTunica intima - Endothelium - Internal elastic laminaTunica media - Smooth muscle cells