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Middle layer of the heart, analogous with T. media
Outer surface of the myocardium, analogous with T. adventitia
These allow interlocking of two adjacent cardiac myocytes, bound together via desmosomes, adherens junctions, and gap junctions
Provide strong mechanical attachments, holding cells together during contraction via their links with actin filaments.
The concept through which cardiac muscle cells are mechanically, chemically, and electrically connected to one another, thus, the entire tissue resembles a single, enormous muscle cell.
Dense connective tissue encircling the base of the aorta and pulmonary artery, providing an attachment site for the semilunar valves of these vessels.
Thick-walled vessels, carrying blood away from the heart. Their walls are composed of differing amounts of smooth muscle, collagen, and elastin.
A type of artery with a thick medial layer, high levels of elastin and collagen. Large vessels, e.g. aorta.
High levels of smooth muscle, thick adventitial layer. Medium-sized vessels, e.g. femoral artery.
Muscular arteries progress to become these when their diameter decreases to less than 0.3mm.
Arterioles give rise to these smaller vessels, which have a diameter of between 4 – 8 μm. They are simple tubes of endothelial cells, supported by a basement membrane.
The reconnection of two vessels that previously branched out,
These vessels drain deoxygenated blood directly from the capillary beds.
These vessels carry deoxygenated blood and have a larger diameter than arteries. They have valves, thinner walls, more collagen, less elastin and less smooth muscle.
These are extensions of the T. intima. They prevent backflow in the venous system.