Human physiology . FIG. 115.—(Letr.) Diagram of distribution of blood-vessels in human kidney. (Ludwig.) ui,ni,interlobular arteries ; vi, vi, interlobular veins ; g, glomerulus ; vs. stellate vein ; in; <v, arteriaeet venae rectae forming pencil-like bundles, ab, rb ; TJJ, venous plexus in the papillae. FIG. 116.—(Right.) Malpighian glomenilus of injected human kidney. (Szymonowicz.) Va,afferent vessel enormously enlarged by passive dilatation owing to pressure of injected fluid ;Ve, efferent vessel, which is always much smaller than the afferent, but the difference in thiscase is much exa
Human physiology . FIG. 115.—(Letr.) Diagram of distribution of blood-vessels in human kidney. (Ludwig.) ui,ni,interlobular arteries ; vi, vi, interlobular veins ; g, glomerulus ; vs. stellate vein ; in; <v, arteriaeet venae rectae forming pencil-like bundles, ab, rb ; TJJ, venous plexus in the papillae. FIG. 116.—(Right.) Malpighian glomenilus of injected human kidney. (Szymonowicz.) Va,afferent vessel enormously enlarged by passive dilatation owing to pressure of injected fluid ;Ve, efferent vessel, which is always much smaller than the afferent, but the difference in thiscase is much exaggerated ; 1, 2, 3, U, vascular lobules of glomerulus. The uriniferous tubules and blood-vessels of the kidney areunited by interstitial connective tissue, which is more abundant in vin THE EXCRETION OF UPJXE 425 the neighbourhood of the papillae than in other parts of thekidney substance. The spaces not filled by connective tissue arelined in some places by epithelioid platelets, and form the lymphchannels whi
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectphysiology, bookyear1
