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Endothelial cells artery Stock Photos and Images
Bovine pulmonary artery endothelial cells in culture. Yellow: nuclei; red: microfilaments; blue: mitochondria Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-bovine-pulmonary-artery-endothelial-cells-in-culture-yellow-nuclei-47414267.htmlRMCN3WAK–Bovine pulmonary artery endothelial cells in culture. Yellow: nuclei; red: microfilaments; blue: mitochondria
The structure of the endothelium, the thin layer of cells that line our arteries and veins, is visible here. The endothelium is like a gatekeeper, controlling the movement of materials in and out of the bloodstream. Endothelial cells are bound by specialized proteins that function as strong ropes (red) and others that contain cement (blue). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-structure-of-the-endothelium-the-thin-layer-of-cells-that-line-our-arteries-and-veins-is-visible-here-the-endothelium-is-like-a-gatekeeper-controlling-the-movement-of-materials-in-and-out-of-the-bloodstream-endothelial-cells-are-bound-by-specialized-proteins-that-function-as-strong-ropes-red-and-others-that-contain-cement-blue-image476706759.htmlRM2JKFT9B–The structure of the endothelium, the thin layer of cells that line our arteries and veins, is visible here. The endothelium is like a gatekeeper, controlling the movement of materials in and out of the bloodstream. Endothelial cells are bound by specialized proteins that function as strong ropes (red) and others that contain cement (blue).
Heart and Artery Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/heart-and-artery-image416779058.htmlRM2F61WXA–Heart and Artery
Histology of an artery: the wall is made up of three tunics. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/histology-of-an-artery-the-wall-is-made-up-of-three-tunics-image476924514.htmlRF2JKWP2A–Histology of an artery: the wall is made up of three tunics.
Vector illustration of Microscopic anatomy of an artery. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vector-illustration-of-microscopic-anatomy-of-an-artery-image574189343.htmlRF2TA4GA7–Vector illustration of Microscopic anatomy of an artery.
Vasoconstriction and Vasodilation of an artery. Lumen of vein. Cross section of the blood vessel with red blood cells. comparison of normal, constrict Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/vasoconstriction-and-vasodilation-of-an-artery-lumen-of-vein-cross-section-of-the-blood-vessel-with-red-blood-cells-comparison-of-normal-constrict-image574695503.htmlRF2TAYHYB–Vasoconstriction and Vasodilation of an artery. Lumen of vein. Cross section of the blood vessel with red blood cells. comparison of normal, constrict
Elastic Artery. Histological section of an elastic artery (human aorta). Orcein staining. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elastic-artery-histological-section-of-an-elastic-artery-human-aorta-orcein-staining-image571732581.htmlRF2T64JMN–Elastic Artery. Histological section of an elastic artery (human aorta). Orcein staining.
Atherosclerosis. Cholesterol level. Cross section of a Artery with red blood cells, HDL, LDL, and atheromatous plaques. Good and bad cholesterol. Vect Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/atherosclerosis-cholesterol-level-cross-section-of-a-artery-with-red-blood-cells-hdl-ldl-and-atheromatous-plaques-good-and-bad-cholesterol-vect-image599225056.htmlRF2WPW1JT–Atherosclerosis. Cholesterol level. Cross section of a Artery with red blood cells, HDL, LDL, and atheromatous plaques. Good and bad cholesterol. Vect
Microfilaments, nuclei, and mitochondria in fibroblasts of bovine pulmonary arthery endothelial cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/microfilaments-nuclei-and-mitochondria-in-fibroblasts-of-bovine-pulmonary-arthery-endothelial-cells-image499578003.htmlRM2M0NMRF–Microfilaments, nuclei, and mitochondria in fibroblasts of bovine pulmonary arthery endothelial cells
Circulation line icons collection. Flow, Heart, Blood, Oxygen, Pressure, Artery, Vein vector and linear illustration. Capillary,Cardiovascular Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/circulation-line-icons-collection-flow-heart-blood-oxygen-pressure-artery-vein-vector-and-linear-illustration-capillarycardiovascular-image546883024.htmlRF2PNMJTG–Circulation line icons collection. Flow, Heart, Blood, Oxygen, Pressure, Artery, Vein vector and linear illustration. Capillary,Cardiovascular
Atherosclerosis disease. Cholesterol in the blood vessels. atherosclerotic plaque, blood cells, blood pressure. 3D rendering. 3D illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/atherosclerosis-disease-cholesterol-in-the-blood-vessels-atherosclerotic-plaque-blood-cells-blood-pressure-3d-rendering-3d-illustration-image575713328.htmlRF2TCJ068–Atherosclerosis disease. Cholesterol in the blood vessels. atherosclerotic plaque, blood cells, blood pressure. 3D rendering. 3D illustration
The lymph system, relationship of lymphatic capillaries to tissue cells and blood capillaries, vector medical illustration Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-image-the-lymph-system-relationship-of-lymphatic-capillaries-to-tissue-cells-168967083.htmlRFKPW36K–The lymph system, relationship of lymphatic capillaries to tissue cells and blood capillaries, vector medical illustration
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image389412576.htmlRF2DHF7M0–Blood Vessels of Human Body
Red blood cells, medical hemoglobin erythrocytes, vector medical artery blood flow. 3D red blood cells of vein for medicine and human biology science, Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/red-blood-cells-medical-hemoglobin-erythrocytes-vector-medical-artery-blood-flow-3d-red-blood-cells-of-vein-for-medicine-and-human-biology-science-image408469676.htmlRF2EMFB6M–Red blood cells, medical hemoglobin erythrocytes, vector medical artery blood flow. 3D red blood cells of vein for medicine and human biology science,
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image363518845.htmlRM2C3BKYW–Blood Vessels of Human Body
Physiology : a manual for students and practitioners . Valves of the Heart. these is an elastic layer of fibrous tissue, which has interlaced inits structure muscle-cells. Each artery has its own vasa vasorum,or nutrient vessels, and is usually enmeshed in a plexus of sympa-thetic nerves, vaso-motor nerves. Describe the capillaries. The capillary blood-vessels are channels of very small butvariable size, but usually of about sufficient calibre to just permitthe passage of the red and white corpuscles. They are usuallycomposed of a single layer of endothelial cells joined at the edges,though ne Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/physiology-a-manual-for-students-and-practitioners-valves-of-the-heart-these-is-an-elastic-layer-of-fibrous-tissue-which-has-interlaced-inits-structure-muscle-cells-each-artery-has-its-own-vasa-vasorumor-nutrient-vessels-and-is-usually-enmeshed-in-a-plexus-of-sympa-thetic-nerves-vaso-motor-nerves-describe-the-capillaries-the-capillary-blood-vessels-are-channels-of-very-small-butvariable-size-but-usually-of-about-sufficient-calibre-to-just-permitthe-passage-of-the-red-and-white-corpuscles-they-are-usuallycomposed-of-a-single-layer-of-endothelial-cells-joined-at-the-edgesthough-ne-image342775973.htmlRM2AWJP71–Physiology : a manual for students and practitioners . Valves of the Heart. these is an elastic layer of fibrous tissue, which has interlaced inits structure muscle-cells. Each artery has its own vasa vasorum,or nutrient vessels, and is usually enmeshed in a plexus of sympa-thetic nerves, vaso-motor nerves. Describe the capillaries. The capillary blood-vessels are channels of very small butvariable size, but usually of about sufficient calibre to just permitthe passage of the red and white corpuscles. They are usuallycomposed of a single layer of endothelial cells joined at the edges,though ne
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image343865854.htmlRM2AYCCBA–Blood Vessels of Human Body
![. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photo](https://c8.alamy.com/comp/PFTXWD/cunninghams-text-book-of-anatomy-anatomy-c-b-a2-ai-structure-of-blood-vessels-diagrammatic-a1-capillarywith-simple-endothelial-walls-a2-larger-capillary-with-connective-tissue-sheath-quotadventitia-capillarisquot-b-capillary-arterioleshowing-muscle-cells-of-middle-coat-few-and-scattered-c-arterymuscular-elements-of-the-tunica-increase-and-form-a-continuous-layer-media-forming-a-continuous-layer-t-whilst-yellow-elastic-and-ordinary-white-connective-tissue-are-added-in-varying-proportions-the-walls-of-the-vessels-thus-become-more-complex-and-numero-PFTXWD.jpg ". Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photo")
. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-c-b-a2-ai-structure-of-blood-vessels-diagrammatic-a1-capillarywith-simple-endothelial-walls-a2-larger-capillary-with-connective-tissue-sheath-quotadventitia-capillarisquot-b-capillary-arterioleshowing-muscle-cells-of-middle-coat-few-and-scattered-c-arterymuscular-elements-of-the-tunica-increase-and-form-a-continuous-layer-media-forming-a-continuous-layer-t-whilst-yellow-elastic-and-ordinary-white-connective-tissue-are-added-in-varying-proportions-the-walls-of-the-vessels-thus-become-more-complex-and-numero-image216292201.htmlRMPFTXWD–. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero
![. Elementary physiology . Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and veins there are disposed outside the epitheloid coat (endothelium) layers of involuntary muscle fibres, which are arranged in a circular and slightly H Stock Photo](https://c8.alamy.com/comp/MA6YEJ/elementary-physiology-fig-s6-a-small-artery-a-and-vein-jquot-from-the-subcutaneous-connective-tissue-of-the-rat-treated-with-nitrate-of-silver-175-diameters-n-endothelial-cells-with-b-b-their-nuclei-m-m-transverse-markings-due-to-staining-orsubstancebetween-the-muscular-fibre-cells-c-c-nuclei-of-connective-tissue-corpuscles-attached-to-exterior-of-vessel-veins-in-these-small-arteries-and-veins-there-are-disposed-outside-the-epitheloid-coat-endothelium-layers-of-involuntary-muscle-fibres-which-are-arranged-in-a-circular-and-slightly-h-MA6YEJ.jpg ". Elementary physiology . Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and veins there are disposed outside the epitheloid coat (endothelium) layers of involuntary muscle fibres, which are arranged in a circular and slightly H Stock Photo")
. Elementary physiology . Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and veins there are disposed outside the epitheloid coat (endothelium) layers of involuntary muscle fibres, which are arranged in a circular and slightly H Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-physiology-fig-s6-a-small-artery-a-and-vein-jquot-from-the-subcutaneous-connective-tissue-of-the-rat-treated-with-nitrate-of-silver-175-diameters-n-endothelial-cells-with-b-b-their-nuclei-m-m-transverse-markings-due-to-staining-orsubstancebetween-the-muscular-fibre-cells-c-c-nuclei-of-connective-tissue-corpuscles-attached-to-exterior-of-vessel-veins-in-these-small-arteries-and-veins-there-are-disposed-outside-the-epitheloid-coat-endothelium-layers-of-involuntary-muscle-fibres-which-are-arranged-in-a-circular-and-slightly-h-image178403530.htmlRMMA6YEJ–. Elementary physiology . Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and veins there are disposed outside the epitheloid coat (endothelium) layers of involuntary muscle fibres, which are arranged in a circular and slightly H
Elementary physiology elementaryphysio00moor Year: 1899 TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the Fig s6.-A small artery, A, and vein, J', from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries a Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-physiology-elementaryphysio00moor-year-1899-tjie-circulatory-system-97-and-unite-at-their-ends-to-form-arterioles-and-venules-the-arterioles-being-next-the-arteries-and-the-venules-next-the-fig-s6-a-small-artery-a-and-vein-j-from-the-subcutaneous-connective-tissue-of-the-rat-treated-with-nitrate-of-silver-175-diameters-n-endothelial-cells-with-b-b-their-nuclei-m-m-transverse-markings-due-to-staining-orsubstancebetween-the-muscular-fibre-cells-c-c-nuclei-of-connective-tissue-corpuscles-attached-to-exterior-of-vessel-veins-in-these-small-arteries-a-image240709630.htmlRMRYH7GE–Elementary physiology elementaryphysio00moor Year: 1899 TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the Fig s6.-A small artery, A, and vein, J', from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries a
Heart and Artery Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/heart-and-artery-image416779324.htmlRM2F61X7T–Heart and Artery
Diagram of blood vessel structures and arteries, veins, and capillaries. Vector illustration. Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/diagram-of-blood-vessel-structures-and-arteries-veins-and-capillaries-vector-illustration-image574189354.htmlRF2TA4GAJ–Diagram of blood vessel structures and arteries, veins, and capillaries. Vector illustration.
Microfilaments, nuclei, and mitochondria in fibroblasts of bovine pulmonary arthery endothelial cells Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/microfilaments-nuclei-and-mitochondria-in-fibroblasts-of-bovine-pulmonary-arthery-endothelial-cells-image499578006.htmlRM2M0NMRJ–Microfilaments, nuclei, and mitochondria in fibroblasts of bovine pulmonary arthery endothelial cells
Bovine Pulmonary Artery Endothelial Cells (BPAE Line) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-bovine-pulmonary-artery-endothelial-cells-bpae-line-44062818.htmlRMCFK6G2–Bovine Pulmonary Artery Endothelial Cells (BPAE Line)
Physiology : a manual for students and practitioners . between Fig. 4.. Valves of the Heart. these is an elastic layer of fibrous tissue, which has interlaced inits structure muscle-cells. Each artery has its own vasa vasorum,or nutrient vessels, and is usually enmeshed in a plexus of sympa-thetic nerves, vaso-motor nerves. Describe the capillaries. The capillary blood-vessels are channels of very small butvariable size, but usually of about sufficient calibre to just permitthe passage of the red and white corpuscles. They are usuallycomposed of a single layer of endothelial cells joined at th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/physiology-a-manual-for-students-and-practitioners-between-fig-4-valves-of-the-heart-these-is-an-elastic-layer-of-fibrous-tissue-which-has-interlaced-inits-structure-muscle-cells-each-artery-has-its-own-vasa-vasorumor-nutrient-vessels-and-is-usually-enmeshed-in-a-plexus-of-sympa-thetic-nerves-vaso-motor-nerves-describe-the-capillaries-the-capillary-blood-vessels-are-channels-of-very-small-butvariable-size-but-usually-of-about-sufficient-calibre-to-just-permitthe-passage-of-the-red-and-white-corpuscles-they-are-usuallycomposed-of-a-single-layer-of-endothelial-cells-joined-at-th-image342776238.htmlRM2AWJPGE–Physiology : a manual for students and practitioners . between Fig. 4.. Valves of the Heart. these is an elastic layer of fibrous tissue, which has interlaced inits structure muscle-cells. Each artery has its own vasa vasorum,or nutrient vessels, and is usually enmeshed in a plexus of sympa-thetic nerves, vaso-motor nerves. Describe the capillaries. The capillary blood-vessels are channels of very small butvariable size, but usually of about sufficient calibre to just permitthe passage of the red and white corpuscles. They are usuallycomposed of a single layer of endothelial cells joined at th
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image335230022.htmlRM2ADB18P–Blood Vessels of Human Body
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image335215479.htmlRM2ADAANB–Blood Vessels of Human Body
Blood Vessels of Human Body Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/blood-vessels-of-human-body-image343900950.htmlRM2AYE14P–Blood Vessels of Human Body
Heart and Artery Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/heart-and-artery-image416779082.htmlRM2F61WY6–Heart and Artery
Bovine Pulmonary Artery Endothelial Cells (BPAE Line) Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-bovine-pulmonary-artery-endothelial-cells-bpae-line-44062828.htmlRMCFK6GC–Bovine Pulmonary Artery Endothelial Cells (BPAE Line)
Textbook of normal histology: including an account of the development of the tissues and of the organs . picuous with the increased calibre of the artery. In tubes oflarge diameter, as in the aorta, the sub-endothelial tissue appears asa stratum composed of layers made up of fibrous tissue, elastic net-works, and flattened connective-tissue cells. Likewise, the elastictissue of the intima increases in amount and in complexity, in thelarge arteries the broad elastic fibres becoming fused together toform an almost continuous sheet—the fenestrated membrane ofHenle. The middle coat, or media, is t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/textbook-of-normal-histology-including-an-account-of-the-development-of-the-tissues-and-of-the-organs-picuous-with-the-increased-calibre-of-the-artery-in-tubes-oflarge-diameter-as-in-the-aorta-the-sub-endothelial-tissue-appears-asa-stratum-composed-of-layers-made-up-of-fibrous-tissue-elastic-net-works-and-flattened-connective-tissue-cells-likewise-the-elastictissue-of-the-intima-increases-in-amount-and-in-complexity-in-thelarge-arteries-the-broad-elastic-fibres-becoming-fused-together-toform-an-almost-continuous-sheetthe-fenestrated-membrane-ofhenle-the-middle-coat-or-media-is-t-image339036360.htmlRM2AKGC9C–Textbook of normal histology: including an account of the development of the tissues and of the organs . picuous with the increased calibre of the artery. In tubes oflarge diameter, as in the aorta, the sub-endothelial tissue appears asa stratum composed of layers made up of fibrous tissue, elastic net-works, and flattened connective-tissue cells. Likewise, the elastictissue of the intima increases in amount and in complexity, in thelarge arteries the broad elastic fibres becoming fused together toform an almost continuous sheet—the fenestrated membrane ofHenle. The middle coat, or media, is t
Heart and Artery Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/heart-and-artery-image416779156.htmlRM2F61X1T–Heart and Artery
Bovine pulmonary artery epitheliial cells, fluorescent staining and modelling by surface rendering software. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-bovine-pulmonary-artery-epitheliial-cells-fluorescent-staining-and-43134629.htmlRMCE4XJD–Bovine pulmonary artery epitheliial cells, fluorescent staining and modelling by surface rendering software.
Practical pathology; a manual for students and practitioners . M. Fig. 89. —Arteritis—artery with thickened walls from a wound.Stained with alum hrematein and picro-erythrosin. ( x 80.) a. Greatly and irregularly thickened tunica intima, due in pari toproliferation of the lining endothelial cells.med. Tunica media with marked cellular infiltration, following the lines of the small nutrient vasa vasorum.adv. Thickened tunica advcnlitia in which similar cellular infiltrationis seen.V. X larger vessel (vein) with well-marked cellular inlillratioii. sliulu infiltration of the adventitia with cellu Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/practical-pathology-a-manual-for-students-and-practitioners-m-fig-89-arteritisartery-with-thickened-walls-from-a-woundstained-with-alum-hrematein-and-picro-erythrosin-x-80-a-greatly-and-irregularly-thickened-tunica-intima-due-in-pari-toproliferation-of-the-lining-endothelial-cellsmed-tunica-media-with-marked-cellular-infiltration-following-the-lines-of-the-small-nutrient-vasa-vasorumadv-thickened-tunica-advcnlitia-in-which-similar-cellular-infiltrationis-seenv-x-larger-vessel-vein-with-well-marked-cellular-inlillratioii-sliulu-infiltration-of-the-adventitia-with-cellu-image343002562.htmlRM2AX137E–Practical pathology; a manual for students and practitioners . M. Fig. 89. —Arteritis—artery with thickened walls from a wound.Stained with alum hrematein and picro-erythrosin. ( x 80.) a. Greatly and irregularly thickened tunica intima, due in pari toproliferation of the lining endothelial cells.med. Tunica media with marked cellular infiltration, following the lines of the small nutrient vasa vasorum.adv. Thickened tunica advcnlitia in which similar cellular infiltrationis seen.V. X larger vessel (vein) with well-marked cellular inlillratioii. sliulu infiltration of the adventitia with cellu
Heart and Artery Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/heart-and-artery-image416779051.htmlRM2F61WX3–Heart and Artery
Bovine pulmonary artery epitheliial cells, fluorescent staining and modelling by surface rendering software. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-bovine-pulmonary-artery-epitheliial-cells-fluorescent-staining-and-43134614.htmlRMCE4XHX–Bovine pulmonary artery epitheliial cells, fluorescent staining and modelling by surface rendering software.
Practical pathology; a manual for students and practitioners . of cerebral artery showing syphilitic endarteritisobliterans. Stained with alum hxmatein and van Giesons stain.( X 100.) a.a. Channels left representing the lumen of the vessel, near which are flattened cells representing the endothelial layer.i.e./. Internal elastic lamina.int. Thickened and cellular inner coat in which small bloodchannels may be seen. Cells derived from internal cells bya process of proliferation.med. Muscular coat rclatiiH-ly thin.adi. Greatly thickened and very cellular tunica advenlitia. vessel differs in no e Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/practical-pathology-a-manual-for-students-and-practitioners-of-cerebral-artery-showing-syphilitic-endarteritisobliterans-stained-with-alum-hxmatein-and-van-giesons-stain-x-100-aa-channels-left-representing-the-lumen-of-the-vessel-near-which-are-flattened-cells-representing-the-endothelial-layerie-internal-elastic-laminaint-thickened-and-cellular-inner-coat-in-which-small-bloodchannels-may-be-seen-cells-derived-from-internal-cells-bya-process-of-proliferationmed-muscular-coat-rclatiih-ly-thinadi-greatly-thickened-and-very-cellular-tunica-advenlitia-vessel-differs-in-no-e-image343002322.htmlRM2AX12XX–Practical pathology; a manual for students and practitioners . of cerebral artery showing syphilitic endarteritisobliterans. Stained with alum hxmatein and van Giesons stain.( X 100.) a.a. Channels left representing the lumen of the vessel, near which are flattened cells representing the endothelial layer.i.e./. Internal elastic lamina.int. Thickened and cellular inner coat in which small bloodchannels may be seen. Cells derived from internal cells bya process of proliferation.med. Muscular coat rclatiiH-ly thin.adi. Greatly thickened and very cellular tunica advenlitia. vessel differs in no e
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Fibroblast cells, fluorescence microscopy, nuclei, mitochondria, and microfilaments Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-fibroblast-cells-fluorescence-microscopy-nuclei-mitochondria-and-microfilaments-43162138.htmlRMCE65MX–Fibroblast cells, fluorescence microscopy, nuclei, mitochondria, and microfilaments
. Kirkes' handbook of physiology . Fig. 147. -Vein and Capillaries. Silver-nitrate and hematoxylin stain, to show outlinesof endothelial cells and their nuclei. (Bailey.) the muscular and elastic element, elastic tissue preponderating in the largestarteries and unstriped muscle in those of medium and small size. Thearteries are quite elastic in both large and small vessels. The internal coatis formed by a layer of elastic tissue, called the fenestrated membrane of Henle.It is peculiar in its tendency to curl up when peeled off from the artery, and. Fig. 148.—Network of Capillary Vessels of the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/kirkes-handbook-of-physiology-fig-147-vein-and-capillaries-silver-nitrate-and-hematoxylin-stain-to-show-outlinesof-endothelial-cells-and-their-nuclei-bailey-the-muscular-and-elastic-element-elastic-tissue-preponderating-in-the-largestarteries-and-unstriped-muscle-in-those-of-medium-and-small-size-thearteries-are-quite-elastic-in-both-large-and-small-vessels-the-internal-coatis-formed-by-a-layer-of-elastic-tissue-called-the-fenestrated-membrane-of-henleit-is-peculiar-in-its-tendency-to-curl-up-when-peeled-off-from-the-artery-and-fig-148network-of-capillary-vessels-of-the-image369995850.htmlRM2CDXNDE–. Kirkes' handbook of physiology . Fig. 147. -Vein and Capillaries. Silver-nitrate and hematoxylin stain, to show outlinesof endothelial cells and their nuclei. (Bailey.) the muscular and elastic element, elastic tissue preponderating in the largestarteries and unstriped muscle in those of medium and small size. Thearteries are quite elastic in both large and small vessels. The internal coatis formed by a layer of elastic tissue, called the fenestrated membrane of Henle.It is peculiar in its tendency to curl up when peeled off from the artery, and. Fig. 148.—Network of Capillary Vessels of the
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Fibroblast cells, fluorescence microscopy, nuclei, mitochondria, and microfilaments Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-fibroblast-cells-fluorescence-microscopy-nuclei-mitochondria-and-microfilaments-43162147.htmlRMCE65N7–Fibroblast cells, fluorescence microscopy, nuclei, mitochondria, and microfilaments
. Kirkes' handbook of physiology . Fig. 148.—Network of Capillary Vessels of the Air Cells of the Horses Lung Magnified, a, a.Capillaries proceeding from b, b, terminal branches of the pulmonary artery. (Frey.) in the perforated and streaked appearance which it presents under the micro-scope. The inner surface of the artery is lined with a delicate layer of elon-gated endothelial cells, figure 145, e, which make it smooth and polished andfurnish a nearly impermeable surface along which the blood may flow withthe smallest possible amount of resistance from friction. THE CAPILLARIES 151 Nerves. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/kirkes-handbook-of-physiology-fig-148network-of-capillary-vessels-of-the-air-cells-of-the-horses-lung-magnified-a-acapillaries-proceeding-from-b-b-terminal-branches-of-the-pulmonary-artery-frey-in-the-perforated-and-streaked-appearance-which-it-presents-under-the-micro-scope-the-inner-surface-of-the-artery-is-lined-with-a-delicate-layer-of-elon-gated-endothelial-cells-figure-145-e-which-make-it-smooth-and-polished-andfurnish-a-nearly-impermeable-surface-along-which-the-blood-may-flow-withthe-smallest-possible-amount-of-resistance-from-friction-the-capillaries-151-nerves-image369995796.htmlRM2CDXNBG–. Kirkes' handbook of physiology . Fig. 148.—Network of Capillary Vessels of the Air Cells of the Horses Lung Magnified, a, a.Capillaries proceeding from b, b, terminal branches of the pulmonary artery. (Frey.) in the perforated and streaked appearance which it presents under the micro-scope. The inner surface of the artery is lined with a delicate layer of elon-gated endothelial cells, figure 145, e, which make it smooth and polished andfurnish a nearly impermeable surface along which the blood may flow withthe smallest possible amount of resistance from friction. THE CAPILLARIES 151 Nerves.
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. Kirkes' handbook of physiology . Fig. 150.—Transverse Section through a Small Artery and Vein of the Mucous Membraneof a Childs Epiglottis; the artery is thick-walled and the vein thin-walled. .4, Artery; the letteris placed in the lume.i of the vessel, e. Endothelial cells with nuclei clearly visible; these cellsappe r very thick from the contracted state of the vessel. Outside it a double wavy line marksthe elastic tunica intima. m, Tunica media consisting of unstriped muscular fibers circularly ar-ranged; their nuclei are well seen, a, Part of the tunica adventitia, showing bundles of con Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/kirkes-handbook-of-physiology-fig-150transverse-section-through-a-small-artery-and-vein-of-the-mucous-membraneof-a-childs-epiglottis-the-artery-is-thick-walled-and-the-vein-thin-walled-4-artery-the-letteris-placed-in-the-lumei-of-the-vessel-e-endothelial-cells-with-nuclei-clearly-visible-these-cellsappe-r-very-thick-from-the-contracted-state-of-the-vessel-outside-it-a-double-wavy-line-marksthe-elastic-tunica-intima-m-tunica-media-consisting-of-unstriped-muscular-fibers-circularly-ar-ranged-their-nuclei-are-well-seen-a-part-of-the-tunica-adventitia-showing-bundles-of-con-image369995523.htmlRM2CDXN1R–. Kirkes' handbook of physiology . Fig. 150.—Transverse Section through a Small Artery and Vein of the Mucous Membraneof a Childs Epiglottis; the artery is thick-walled and the vein thin-walled. .4, Artery; the letteris placed in the lume.i of the vessel, e. Endothelial cells with nuclei clearly visible; these cellsappe r very thick from the contracted state of the vessel. Outside it a double wavy line marksthe elastic tunica intima. m, Tunica media consisting of unstriped muscular fibers circularly ar-ranged; their nuclei are well seen, a, Part of the tunica adventitia, showing bundles of con
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. A text book of veterinary pathology, for students and practitioners. Veterinary pathology. ITig 92.—Types of cells in inflammatory exudates. 1 Lymphocyte. ^—5. Polymorphonuclear leucocytes. 3. Transitional leucocyte. 6. Endothelial cells from lining of an artery. 2. Mononuclear leucocyte.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Kinsley, Albert Thomas, 1877-. Chicago, A. Eger Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-text-book-of-veterinary-pathology-for-students-and-practitioners-veterinary-pathology-itig-92types-of-cells-in-inflammatory-exudates-1-lymphocyte-5-polymorphonuclear-leucocytes-3-transitional-leucocyte-6-endothelial-cells-from-lining-of-an-artery-2-mononuclear-leucocyte-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-kinsley-albert-thomas-1877-chicago-a-eger-image232342201.htmlRMRE02RN–. A text book of veterinary pathology, for students and practitioners. Veterinary pathology. ITig 92.—Types of cells in inflammatory exudates. 1 Lymphocyte. ^—5. Polymorphonuclear leucocytes. 3. Transitional leucocyte. 6. Endothelial cells from lining of an artery. 2. Mononuclear leucocyte.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Kinsley, Albert Thomas, 1877-. Chicago, A. Eger
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![. Elementary physiology. Physiology; Physiology. TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the. Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and vei Stock Photo](https://c8.alamy.com/comp/RD2NFP/elementary-physiology-physiology-physiology-tjie-circulatory-system-97-and-unite-at-their-ends-to-form-arterioles-and-venules-the-arterioles-being-next-the-arteries-and-the-venules-next-the-fig-s6-a-small-artery-a-and-vein-jquot-from-the-subcutaneous-connective-tissue-of-the-rat-treated-with-nitrate-of-silver-175-diameters-n-endothelial-cells-with-b-b-their-nuclei-m-m-transverse-markings-due-to-staining-orsubstancebetween-the-muscular-fibre-cells-c-c-nuclei-of-connective-tissue-corpuscles-attached-to-exterior-of-vessel-veins-in-these-small-arteries-and-vei-RD2NFP.jpg ". Elementary physiology. Physiology; Physiology. TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the. Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and vei Stock Photo")
. Elementary physiology. Physiology; Physiology. TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the. Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and vei Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-physiology-physiology-physiology-tjie-circulatory-system-97-and-unite-at-their-ends-to-form-arterioles-and-venules-the-arterioles-being-next-the-arteries-and-the-venules-next-the-fig-s6-a-small-artery-a-and-vein-jquot-from-the-subcutaneous-connective-tissue-of-the-rat-treated-with-nitrate-of-silver-175-diameters-n-endothelial-cells-with-b-b-their-nuclei-m-m-transverse-markings-due-to-staining-orsubstancebetween-the-muscular-fibre-cells-c-c-nuclei-of-connective-tissue-corpuscles-attached-to-exterior-of-vessel-veins-in-these-small-arteries-and-vei-image231786122.htmlRMRD2NFP–. Elementary physiology. Physiology; Physiology. TJie Circulatory System. 97 and unite at their ends to form arterioles and venules, the arterioles being next the arteries, and the venules next the. Fig s6.-A small artery, A, and vein, J", from the subcutaneous connective tissue of the rat. treated with nitrate of silver. (,175 diameters.; ^ n endothelial cells with b, b, their nuclei ; m, m, transverse markings due to staining ' orsubstance'between the muscular fibre cells; c, c, nuclei of connective-tissue corpuscles attached to exterior of vessel. veins. In these small arteries and vei
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![. The anatomical record. Anatomy; Anatomy. LYMPHATICS OF THE OMENTUM !)7 hours wore allowed for al)sorpti()ii to take placo and then all the possible Innph glands to which drainage might occur (including the mediastinal glands) were removed, sectioned, and were examined for the carmine granules. Also each time a careful. Lymphatic Artery Vein Fig. 1 Specimen of the oiueiituiii of an adult rat in which silver nitrate (0.2."i per cent) was injected into the arteries to show comparison of the size and shape of the endothelial cells of an artery, vein, aixd lymphatic. The transverse lines on Stock Photo](https://c8.alamy.com/comp/RN9DK4/the-anatomical-record-anatomy-anatomy-lymphatics-of-the-omentum-!7-hours-wore-allowed-for-alsorptiii-to-take-placo-and-then-all-the-possible-innph-glands-to-which-drainage-might-occur-including-the-mediastinal-glands-were-removed-sectioned-and-were-examined-for-the-carmine-granules-also-each-time-a-careful-lymphatic-artery-vein-fig-1-specimen-of-the-oiueiituiii-of-an-adult-rat-in-which-silver-nitrate-02quoti-per-cent-was-injected-into-the-arteries-to-show-comparison-of-the-size-and-shape-of-the-endothelial-cells-of-an-artery-vein-aixd-lymphatic-the-transverse-lines-on-RN9DK4.jpg ". The anatomical record. Anatomy; Anatomy. LYMPHATICS OF THE OMENTUM !)7 hours wore allowed for al)sorpti()ii to take placo and then all the possible Innph glands to which drainage might occur (including the mediastinal glands) were removed, sectioned, and were examined for the carmine granules. Also each time a careful. Lymphatic Artery Vein Fig. 1 Specimen of the oiueiituiii of an adult rat in which silver nitrate (0.2."i per cent) was injected into the arteries to show comparison of the size and shape of the endothelial cells of an artery, vein, aixd lymphatic. The transverse lines on Stock Photo")
. The anatomical record. Anatomy; Anatomy. LYMPHATICS OF THE OMENTUM !)7 hours wore allowed for al)sorpti()ii to take placo and then all the possible Innph glands to which drainage might occur (including the mediastinal glands) were removed, sectioned, and were examined for the carmine granules. Also each time a careful. Lymphatic Artery Vein Fig. 1 Specimen of the oiueiituiii of an adult rat in which silver nitrate (0.2."i per cent) was injected into the arteries to show comparison of the size and shape of the endothelial cells of an artery, vein, aixd lymphatic. The transverse lines on Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-anatomical-record-anatomy-anatomy-lymphatics-of-the-omentum-!7-hours-wore-allowed-for-alsorptiii-to-take-placo-and-then-all-the-possible-innph-glands-to-which-drainage-might-occur-including-the-mediastinal-glands-were-removed-sectioned-and-were-examined-for-the-carmine-granules-also-each-time-a-careful-lymphatic-artery-vein-fig-1-specimen-of-the-oiueiituiii-of-an-adult-rat-in-which-silver-nitrate-02quoti-per-cent-was-injected-into-the-arteries-to-show-comparison-of-the-size-and-shape-of-the-endothelial-cells-of-an-artery-vein-aixd-lymphatic-the-transverse-lines-on-image236850856.htmlRMRN9DK4–. The anatomical record. Anatomy; Anatomy. LYMPHATICS OF THE OMENTUM !)7 hours wore allowed for al)sorpti()ii to take placo and then all the possible Innph glands to which drainage might occur (including the mediastinal glands) were removed, sectioned, and were examined for the carmine granules. Also each time a careful. Lymphatic Artery Vein Fig. 1 Specimen of the oiueiituiii of an adult rat in which silver nitrate (0.2."i per cent) was injected into the arteries to show comparison of the size and shape of the endothelial cells of an artery, vein, aixd lymphatic. The transverse lines on
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. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Tunica Adventitia Tunica Media ^3§£ Tunica Intima. Artery Vein Fig. 280. Transverse section of an artery and a vein of corresponding size, showing the three layers. (After Huxley.) known as tunica intima, tunica media, and tunica adventitia. The inside layer, or tunica intima, is invariably composed of a lining of flat endothelial cells, continuous and universal throughout all the blood vessels including the heart itself. This lining, except in the capi Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/biology-of-the-vertebrates-a-comparative-study-of-man-and-his-animal-allies-vertebrates-vertebrates-anatomy-anatomy-comparative-tunica-adventitia-tunica-media-3-tunica-intima-artery-vein-fig-280-transverse-section-of-an-artery-and-a-vein-of-corresponding-size-showing-the-three-layers-after-huxley-known-as-tunica-intima-tunica-media-and-tunica-adventitia-the-inside-layer-or-tunica-intima-is-invariably-composed-of-a-lining-of-flat-endothelial-cells-continuous-and-universal-throughout-all-the-blood-vessels-including-the-heart-itself-this-lining-except-in-the-capi-image234598036.htmlRMRHJT58–. Biology of the vertebrates : a comparative study of man and his animal allies. Vertebrates; Vertebrates -- Anatomy; Anatomy, Comparative. Tunica Adventitia Tunica Media ^3§£ Tunica Intima. Artery Vein Fig. 280. Transverse section of an artery and a vein of corresponding size, showing the three layers. (After Huxley.) known as tunica intima, tunica media, and tunica adventitia. The inside layer, or tunica intima, is invariably composed of a lining of flat endothelial cells, continuous and universal throughout all the blood vessels including the heart itself. This lining, except in the capi
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. Anatomy, descriptive and applied. Anatomy. THE RIGHT LYMPHATIC DUCT 112, Structure.—The thoracic duet is composed of three coats, which differ in some respects from those of the lymphatic vessels. The internal coat consists of a single layer of flattened endothelial cells; of a subendothelial layer, similar to I hut found in the arteries; and an elastic fibrous layer, the fibres of which run in a longitu<linal liircclion. Each endothelial cell is shaped like a lance-head and has serrated borders. The middle coat consists of a longitudinal layer lAL ARTERY VERTEBRAL VEJN THORACrc DUCT. Fig Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomy-descriptive-and-applied-anatomy-the-right-lymphatic-duct-112-structurethe-thoracic-duet-is-composed-of-three-coats-which-differ-in-some-respects-from-those-of-the-lymphatic-vessels-the-internal-coat-consists-of-a-single-layer-of-flattened-endothelial-cells-of-a-subendothelial-layer-similar-to-i-hut-found-in-the-arteries-and-an-elastic-fibrous-layer-the-fibres-of-which-run-in-a-longitultlinal-liircclion-each-endothelial-cell-is-shaped-like-a-lance-head-and-has-serrated-borders-the-middle-coat-consists-of-a-longitudinal-layer-lal-artery-vertebral-vejn-thoracrc-duct-fig-image236772764.htmlRMRN5X24–. Anatomy, descriptive and applied. Anatomy. THE RIGHT LYMPHATIC DUCT 112, Structure.—The thoracic duet is composed of three coats, which differ in some respects from those of the lymphatic vessels. The internal coat consists of a single layer of flattened endothelial cells; of a subendothelial layer, similar to I hut found in the arteries; and an elastic fibrous layer, the fibres of which run in a longitu<linal liircclion. Each endothelial cell is shaped like a lance-head and has serrated borders. The middle coat consists of a longitudinal layer lAL ARTERY VERTEBRAL VEJN THORACrc DUCT. Fig
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![. Compendium of histology. Histology. Fig. 86.—1, capillary with a thin wall, and the nuclei a and b ; 2, capillary with double contoured walls ; 3, small artery, with the endothelial layer a, and the middle layer b. Fig. 87.—Capillary from the mes- entery of th< frog t a and b, small apertures, '"Stomata." endo" elia, larger and smaller, mostly rounded, dark cor- puscles (a, a) or light circular markings (b). There are small openings here, through which the lymphoid cells, by their vital migration (p. 10), probably make an active exit, and the colored elements of the blood Stock Photo](https://c8.alamy.com/comp/REF4CC/compendium-of-histology-histology-fig-861-capillary-with-a-thin-wall-and-the-nuclei-a-and-b-2-capillary-with-double-contoured-walls-3-small-artery-with-the-endothelial-layer-a-and-the-middle-layer-b-fig-87capillary-from-the-mes-entery-of-thlt-frog-t-a-and-b-small-apertures-quotstomataquot-endoquot-elia-larger-and-smaller-mostly-rounded-dark-cor-puscles-a-a-or-light-circular-markings-b-there-are-small-openings-here-through-which-the-lymphoid-cells-by-their-vital-migration-p-10-probably-make-an-active-exit-and-the-colored-elements-of-the-blood-REF4CC.jpg ". Compendium of histology. Histology. Fig. 86.—1, capillary with a thin wall, and the nuclei a and b ; 2, capillary with double contoured walls ; 3, small artery, with the endothelial layer a, and the middle layer b. Fig. 87.—Capillary from the mes- entery of th< frog t a and b, small apertures, '"Stomata." endo" elia, larger and smaller, mostly rounded, dark cor- puscles (a, a) or light circular markings (b). There are small openings here, through which the lymphoid cells, by their vital migration (p. 10), probably make an active exit, and the colored elements of the blood Stock Photo")
. Compendium of histology. Histology. Fig. 86.—1, capillary with a thin wall, and the nuclei a and b ; 2, capillary with double contoured walls ; 3, small artery, with the endothelial layer a, and the middle layer b. Fig. 87.—Capillary from the mes- entery of th< frog t a and b, small apertures, '"Stomata." endo" elia, larger and smaller, mostly rounded, dark cor- puscles (a, a) or light circular markings (b). There are small openings here, through which the lymphoid cells, by their vital migration (p. 10), probably make an active exit, and the colored elements of the blood Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/compendium-of-histology-histology-fig-861-capillary-with-a-thin-wall-and-the-nuclei-a-and-b-2-capillary-with-double-contoured-walls-3-small-artery-with-the-endothelial-layer-a-and-the-middle-layer-b-fig-87capillary-from-the-mes-entery-of-thlt-frog-t-a-and-b-small-apertures-quotstomataquot-endoquot-elia-larger-and-smaller-mostly-rounded-dark-cor-puscles-a-a-or-light-circular-markings-b-there-are-small-openings-here-through-which-the-lymphoid-cells-by-their-vital-migration-p-10-probably-make-an-active-exit-and-the-colored-elements-of-the-blood-image232672732.htmlRMREF4CC–. Compendium of histology. Histology. Fig. 86.—1, capillary with a thin wall, and the nuclei a and b ; 2, capillary with double contoured walls ; 3, small artery, with the endothelial layer a, and the middle layer b. Fig. 87.—Capillary from the mes- entery of th< frog t a and b, small apertures, '"Stomata." endo" elia, larger and smaller, mostly rounded, dark cor- puscles (a, a) or light circular markings (b). There are small openings here, through which the lymphoid cells, by their vital migration (p. 10), probably make an active exit, and the colored elements of the blood
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![. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photo](https://c8.alamy.com/comp/RD5XFC/cunninghams-text-book-of-anatomy-anatomy-c-b-a2-ai-structure-of-blood-vessels-diagrammatic-a1-capillarywith-simple-endothelial-walls-a2-larger-capillary-with-connective-tissue-sheath-quotadventitia-capillarisquot-b-capillary-arterioleshowing-muscle-cells-of-middle-coat-few-and-scattered-c-arterymuscular-elements-of-the-tunica-increase-and-form-a-continuous-layer-media-forming-a-continuous-layer-t-whilst-yellow-elastic-and-ordinary-white-connective-tissue-are-added-in-varying-proportions-the-walls-of-the-vessels-thus-become-more-complex-and-numero-RD5XFC.jpg ". Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photo")
. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cunninghams-text-book-of-anatomy-anatomy-c-b-a2-ai-structure-of-blood-vessels-diagrammatic-a1-capillarywith-simple-endothelial-walls-a2-larger-capillary-with-connective-tissue-sheath-quotadventitia-capillarisquot-b-capillary-arterioleshowing-muscle-cells-of-middle-coat-few-and-scattered-c-arterymuscular-elements-of-the-tunica-increase-and-form-a-continuous-layer-media-forming-a-continuous-layer-t-whilst-yellow-elastic-and-ordinary-white-connective-tissue-are-added-in-varying-proportions-the-walls-of-the-vessels-thus-become-more-complex-and-numero-image231855888.htmlRMRD5XFC–. Cunningham's Text-book of anatomy. Anatomy. C B A2 Ai -Structure of Blood-vessels (diagrammatic). A1, Capillary—with simple endothelial walls. A2, Larger capillary —with connective tissue sheath, "adventitia capillaris." B, Capillary arteriole—showing muscle cells of middle coat, few and scattered. C, Artery—muscular elements of the tunica increase and form a COntinUOUS layer, media forming a continuous layer. , ., , ,, , , -t- . whilst yellow elastic and ordinary white connective tissue are added in varying proportions. The walls of the vessels thus become more complex, and numero
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![. The chordates. Chordata. Fig. 27. Liver of a pig. The lobules have artificially shrunken from the inter- lobular tissue, (a), (b) Bile-duct; (c) hepatic artery; (d) interlobular vein (a branch of the portal); (e) trabeculae; (f) central vein. (Highly magnified.) (After Radasch. Courtesy, Bremer-Weatherford: "A Text-Book of Histology," Philadelphia, The Blakiston Company.). Fig. 28. Section of the liver of a salamander (Neclurus). (a) Endothelial cell; (bj endothelial reticulum; (c) blood-vessel; (d) bile-capillary between liver cells; (e) red blood-cell; (f) nucleus of hepatic cell Stock Photo](https://c8.alamy.com/comp/RJ52D7/the-chordates-chordata-fig-27-liver-of-a-pig-the-lobules-have-artificially-shrunken-from-the-inter-lobular-tissue-a-b-bile-duct-c-hepatic-artery-d-interlobular-vein-a-branch-of-the-portal-e-trabeculae-f-central-vein-highly-magnified-after-radasch-courtesy-bremer-weatherford-quota-text-book-of-histologyquot-philadelphia-the-blakiston-company-fig-28-section-of-the-liver-of-a-salamander-neclurus-a-endothelial-cell-bj-endothelial-reticulum-c-blood-vessel-d-bile-capillary-between-liver-cells-e-red-blood-cell-f-nucleus-of-hepatic-cell-RJ52D7.jpg ". The chordates. Chordata. Fig. 27. Liver of a pig. The lobules have artificially shrunken from the inter- lobular tissue, (a), (b) Bile-duct; (c) hepatic artery; (d) interlobular vein (a branch of the portal); (e) trabeculae; (f) central vein. (Highly magnified.) (After Radasch. Courtesy, Bremer-Weatherford: "A Text-Book of Histology," Philadelphia, The Blakiston Company.). Fig. 28. Section of the liver of a salamander (Neclurus). (a) Endothelial cell; (bj endothelial reticulum; (c) blood-vessel; (d) bile-capillary between liver cells; (e) red blood-cell; (f) nucleus of hepatic cell Stock Photo")
. The chordates. Chordata. Fig. 27. Liver of a pig. The lobules have artificially shrunken from the inter- lobular tissue, (a), (b) Bile-duct; (c) hepatic artery; (d) interlobular vein (a branch of the portal); (e) trabeculae; (f) central vein. (Highly magnified.) (After Radasch. Courtesy, Bremer-Weatherford: "A Text-Book of Histology," Philadelphia, The Blakiston Company.). Fig. 28. Section of the liver of a salamander (Neclurus). (a) Endothelial cell; (bj endothelial reticulum; (c) blood-vessel; (d) bile-capillary between liver cells; (e) red blood-cell; (f) nucleus of hepatic cell Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-chordates-chordata-fig-27-liver-of-a-pig-the-lobules-have-artificially-shrunken-from-the-inter-lobular-tissue-a-b-bile-duct-c-hepatic-artery-d-interlobular-vein-a-branch-of-the-portal-e-trabeculae-f-central-vein-highly-magnified-after-radasch-courtesy-bremer-weatherford-quota-text-book-of-histologyquot-philadelphia-the-blakiston-company-fig-28-section-of-the-liver-of-a-salamander-neclurus-a-endothelial-cell-bj-endothelial-reticulum-c-blood-vessel-d-bile-capillary-between-liver-cells-e-red-blood-cell-f-nucleus-of-hepatic-cell-image234910291.htmlRMRJ52D7–. The chordates. Chordata. Fig. 27. Liver of a pig. The lobules have artificially shrunken from the inter- lobular tissue, (a), (b) Bile-duct; (c) hepatic artery; (d) interlobular vein (a branch of the portal); (e) trabeculae; (f) central vein. (Highly magnified.) (After Radasch. Courtesy, Bremer-Weatherford: "A Text-Book of Histology," Philadelphia, The Blakiston Company.). Fig. 28. Section of the liver of a salamander (Neclurus). (a) Endothelial cell; (bj endothelial reticulum; (c) blood-vessel; (d) bile-capillary between liver cells; (e) red blood-cell; (f) nucleus of hepatic cell
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. Elements of histology. Histology. 114 Elements of Histology d fibrous connective-tissue both in the embryo and ill their early .stages, both ill embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the material for the development of the elastic, muscular, and elements of the wall. 109. In the first ;⢠in the adult, the vessel is re^jresented by solid nucle- ated protoplasmic cells, spherical, elongated, sp Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elements-of-histology-histology-114-elements-of-histology-d-fibrous-connective-tissue-both-in-the-embryo-and-ill-their-early-stages-both-ill-embryonal-and-adult-life-are-of-the-nature-of-minute-tubes-the-wall-of-which-consists-of-a-simple-endothelial-membrane-in-the-case-of-the-vessel-becoming-an-artery-or-vein-cells-are-added-to-the-outside-of-the-endothelium-thus-forming-the-material-for-the-development-of-the-elastic-muscular-and-elements-of-the-wall-109-in-the-first-in-the-adult-the-vessel-is-rejresented-by-solid-nucle-ated-protoplasmic-cells-spherical-elongated-sp-image231463231.htmlRMRCG1KY–. Elements of histology. Histology. 114 Elements of Histology d fibrous connective-tissue both in the embryo and ill their early .stages, both ill embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the material for the development of the elastic, muscular, and elements of the wall. 109. In the first ;⢠in the adult, the vessel is re^jresented by solid nucle- ated protoplasmic cells, spherical, elongated, sp
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![. Elements of histology. Histology. Chap.x.] The Heart and Blood-vessels. 83 verted into a new capillary branch. Such growing capillaries are capable of contraction (Strieker). All blood-vessels, arteries, veins, and capillaries, in their early stages, both in embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the elastic, muscular, and fibrous con- nective tissue elements of the wall. 109. In the first stag Stock Photo](https://c8.alamy.com/comp/RCGD56/elements-of-histology-histology-chapx-the-heart-and-blood-vessels-83-verted-into-a-new-capillary-branch-such-growing-capillaries-are-capable-of-contraction-strieker-all-blood-vessels-arteries-veins-and-capillaries-in-their-early-stages-both-in-embryonal-and-adult-life-are-of-the-nature-of-minute-tubes-the-wall-of-which-consists-of-a-simple-endothelial-membrane-in-the-case-of-the-vessel-becoming-an-artery-or-vein-cells-are-added-to-the-outside-of-the-endothelium-thus-forming-the-elastic-muscular-and-fibrous-con-nective-tissue-elements-of-the-wall-109-in-the-first-stag-RCGD56.jpg ". Elements of histology. Histology. Chap.x.] The Heart and Blood-vessels. 83 verted into a new capillary branch. Such growing capillaries are capable of contraction (Strieker). All blood-vessels, arteries, veins, and capillaries, in their early stages, both in embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the elastic, muscular, and fibrous con- nective tissue elements of the wall. 109. In the first stag Stock Photo")
. Elements of histology. Histology. Chap.x.] The Heart and Blood-vessels. 83 verted into a new capillary branch. Such growing capillaries are capable of contraction (Strieker). All blood-vessels, arteries, veins, and capillaries, in their early stages, both in embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the elastic, muscular, and fibrous con- nective tissue elements of the wall. 109. In the first stag Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elements-of-histology-histology-chapx-the-heart-and-blood-vessels-83-verted-into-a-new-capillary-branch-such-growing-capillaries-are-capable-of-contraction-strieker-all-blood-vessels-arteries-veins-and-capillaries-in-their-early-stages-both-in-embryonal-and-adult-life-are-of-the-nature-of-minute-tubes-the-wall-of-which-consists-of-a-simple-endothelial-membrane-in-the-case-of-the-vessel-becoming-an-artery-or-vein-cells-are-added-to-the-outside-of-the-endothelium-thus-forming-the-elastic-muscular-and-fibrous-con-nective-tissue-elements-of-the-wall-109-in-the-first-stag-image231472226.htmlRMRCGD56–. Elements of histology. Histology. Chap.x.] The Heart and Blood-vessels. 83 verted into a new capillary branch. Such growing capillaries are capable of contraction (Strieker). All blood-vessels, arteries, veins, and capillaries, in their early stages, both in embryonal and adult life, are of the nature of minute tubes, the wall of which consists of a simple endothelial membrane. In the case of the vessel becoming an artery or vein, cells are added to the outside of the endothelium, thus forming the elastic, muscular, and fibrous con- nective tissue elements of the wall. 109. In the first stag
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