k Artery crosssection Artery crosssection, fluorescence deconvolution micrograph. Fluorescent dyes have been used to highlight cellular structures and proteins smooth muscle green, cell nuclei blue, microvasculature red. The layers seen here are the tunica intima red, the internal layer, the tunica media green, the middle layer and the tunica adventitia red, the outer layer. This outer layer contains microvasculature small blood vessels, a tissue known as the vasa vasorum, which supplies blood to the walls of blood vessels. Stock Photo - Afloimages
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Artery cross section Artery cross section, fluorescence deconvolution micrograph. Fluorescent dyes have been used to highlight cellular structures and proteins: smooth muscle  green , cell nuclei  blue , microvasculature  red . The layers seen here are the tunica intima  red, the internal layer , the tunica media  green, the middle layer  and the tunica adventitia  red, the outer layer . This outer layer contains microvasculature  small blood vessels , a tissue known as the vasa vasorum, which supplies blood to the walls of blood vessels.
RM

Artery cross-section

Artery cross-section, fluorescence deconvolution micrograph. Fluorescent dyes have been used to highlight cellular structures and proteins: smooth muscle (green), cell nuclei (blue), microvasculature (red). The layers seen here are the tunica intima (red, the internal layer), the tunica media (green, the middle layer) and the tunica adventitia (red, the outer layer). This outer layer contains microvasculature (small blood vessels), a tissue known as the vasa vasorum, which supplies blood to the walls of blood vessels.

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