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Elastin stain (Verhoeff's-van Gieson)

Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin. Connective tissue, 400x (l); Muscular artery, 200x (r)

Elastic fibers <p>Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin.  Connective tissue, 400x (l); Muscular artery, 200x (r) </p>

Elastic fibers

Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin. Connective tissue, 400x (l); Muscular artery, 200x (r)

Elastic sheets <p>Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin.  Connective tissue, 400x (l); Muscular artery, 200x (r)</p>

Elastic sheets

Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin. Connective tissue, 400x (l); Muscular artery, 200x (r)

Collagen fibers <p>Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin.  Connective tissue, 400x (l); Muscular artery, 200x (r)</p>

Collagen fibers

Elastin stains, such as Verhoeff’s-van Gieson, are used to specifically reveal elastic fibers and sheets. The specificity of the stain is due to the unique chemical properties of elastin, a major protein component of elastic fibers and sheets and results in a black or brown-colored stain. Elastin stains clearly distinguish elastic fibers from collagen fibers, both of which stain with eosin. Connective tissue, 400x (l); Muscular artery, 200x (r)