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Light micrograph of a human oesophagus showing from top mucosa lined by a stratified squamous epithelium lamina propria muscularis mucosae submuc
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Light micrograph of the muscular layer of the esophagus This layer is unique in having a mixture of smooth muscle fibres and striated muscle fibres i
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Light micrograph of human oesophagus mucosa showing the lining of stratified squamous epithelium lamina propria with blood vessels and muscularis muc
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Light micrograph of a human oesophagus showing from top mucosa lined by a stratified squamous epithelium lamina propria muscularis mucosae submuc
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Light micrograph of a cross-sectioned elastic artery stained with orcein Almost the entire wall is formed from the tunica media rich in elastic lamel
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Coloured transmission electron micrograph (TEM) of a small arteriole showing from the lumen endothelium (blue) basement membranes of endothelium an
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Coloured transmission electron micrograph (TEM) of a small arteriole showing from the lumen endothelium (magenta) discontinuous internal elastic la
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Artery light micrograph
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Artery and vein light micrograph
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Arteriole Coloured scanning electron micrograph (SEM) of a cross-section through a small human artery known as an arteriole This blood vessel reveal
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Aorta light micrograph
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Elastic artery light micrograph
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Elastic artery light micrograph
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Elastic arteries light micrograph
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Elastic arteries light micrograph
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Aorta wall light micrograph
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Blood vessel light micrograph
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Artery wall light micrograph
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Urinary bladder light micrograph
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Atheroma Cutaway illustration of the inside of a human artery showing fatty plaques of atheroma The artery has three distinct layers The tunica adv
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Artery with blood cells and CTC illustration
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Artery with blood cells bacteria and IgG illustration
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Artery with blood cells illustration
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Dissecting aneurysm light micrograph
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Arteriole light micrograph
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Small venule light micrograph
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Small venule light micrograph
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Large vein wall light micrograph
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Large vein wall light micrograph
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Arteriole Coloured scanning electron micrograph (SEM) of a cross-section through a small human artery known as an arteriole Red blood cells and some
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Large vein wall light micrograph
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Large vein light micrograph
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Layers of a large vein wall light micrograph
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Layers of a large vein wall light micrograph
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Layers of a large vein wall light micrograph
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Vein adventitia light micrograph
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Large vein wall light micrograph
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Large vein wall light micrograph
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Large vein light micrograph
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Muscular artery Light micrograph of a transverse section through a muscular artery This blood vessel has a thick muscular wall that enables it to c
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Elastic artery light micrograph
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Arteriole and venule light micrograph
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Muscular artery light micrograph
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Muscular artery wall light micrograph
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Muscular artery wall light micrograph
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Large vein wall light micrograph
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Muscular artery wall light micrograph
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Nerve fibres and muscular artery light micrograph
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Small blood vessels light micrograph
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Artery Light micrograph of a cross-section through a healthy human artery At top is the lumen (inner cavity) of the artery through which blood flows
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Muscular artery light micrograph
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Muscular artery light micrograph
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Muscular artery light micrograph
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Muscular artery and vein light micrograph
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Human aorta light micrograph
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Muscular artery light micrograph
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Human aorta light micrograph
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Human aorta light micrograph
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Elastic lamellae in aorta light micrograph
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Elastic lamellae in aorta light micrograph
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Human aorta light micrograph
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Elastic lamellae in aorta light micrograph
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Human aorta light micrograph
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Human aorta light micrograph
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Muscular artery light micrograph
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Elastic lamellae in aorta light micrograph
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Muscular artery and nerves light micrograph
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Elastic lamellae in human aorta light micrograph
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Human aorta light micrograph
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Ureter light micrograph
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Vein and artery illuatration Photo by medicalgraphicsF1online
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Vein and artery illuatration Photo by medicalgraphicsF1online
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Vein illuatration Photo by medicalgraphicsF1online
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Vein illuatration Photo by medicalgraphicsF1online
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Illustration of the anatomical structure of a vein Veins are blood vessels that carry deoxygenated blood from the body to the heart to be reoxygenate
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Illustration of the anatomical structure of a vein Veins are blood vessels that carry deoxygenated blood from the body to the heart to be reoxygenate
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Illustration of the anatomical structure of a vein Veins are blood vessels that carry deoxygenated blood from the body to the heart to be reoxygenate
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Illustration comparing the anatomical structure of a vein (left) and artery (right) Veins are blood vessels that carry deoxygenated blood from the bo
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Illustration comparing the anatomical structure of a vein (left) and artery (right) Veins are blood vessels that carry deoxygenated blood from the bo
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Illustration showing the anatomy of an artery Arteries are thick blood vessels carrying oxygenated blood around the body away from the heart-lung sys
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Illustration showing the anatomy of an artery Arteries are thick blood vessels carrying oxygenated blood around the body away from the heart-lung sys
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Light micrograph showing two arterioles The arteriole wall shows endothelium discontinuous internal elastic lamina (a typical feature of arterioles)
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Arteriole light micrograph
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Arteriole light micrograph
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Aorta tunica media and adventitia light micrograph
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Ureter Artwork of a cross-section of the ureter the tube that carries urine from a kidney to the bladder The central lumen (white) carries the urin
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Ureter Artwork showing the ureter (brown) the tube that carries urine from a kidney to the bladder (red bottom) The structure of the ureter is see
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Artery cross-section
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Artery tissue layers
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Artery tissue layers
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Ovarian artery SEM
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Ovarian artery SEM
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Artery TEM
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Contracted artery TEM
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Arteriole SEM
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Light micrograph of a human oesophagus showing from top mucosa lined by a stratified squamous epithelium lamina propria muscularis mucosae submuc
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Light micrograph of the muscular layer of the esophagus This layer is unique in having a mixture of smooth muscle fibres and striated muscle fibres i
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Light micrograph of human oesophagus mucosa showing the lining of stratified squamous epithelium lamina propria with blood vessels and muscularis muc
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Light micrograph of a human oesophagus showing from top mucosa lined by a stratified squamous epithelium lamina propria muscularis mucosae submuc
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Light micrograph of a cross-sectioned elastic artery stained with orcein Almost the entire wall is formed from the tunica media rich in elastic lamel
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