. A text-book on physiology : for the use of schools and colleges : being an abridgment of the author's larger work on human physiology. Capillary distribution to mucous membrane ofstomach. How may the impact of the blood be illustrated ? Describe thecapillaries. - 124 THE The interspaces be-tween adjacent ca-pillaries vary muchin size and shape,the latter variationbeing dependent onthe mode of distri-bution, whetherparallel, reticulated,looped, etc.; as tosize, in the liver theinterspaces are ofless diameter thanthe capillaries, inthe choroid coatstill smaller, but in Capillary
. A text-book on physiology : for the use of schools and colleges : being an abridgment of the author's larger work on human physiology. Capillary distribution to mucous membrane ofstomach. How may the impact of the blood be illustrated ? Describe thecapillaries. - 124 THE The interspaces be-tween adjacent ca-pillaries vary muchin size and shape,the latter variationbeing dependent onthe mode of distri-bution, whetherparallel, reticulated,looped, etc.; as tosize, in the liver theinterspaces are ofless diameter thanthe capillaries, inthe choroid coatstill smaller, but in Capillary distribution to villi of duodenum. the Cellular COat of the arteries they are ten times larger than the interstitial spaces are nourished by the matterexuding through the thin walls of the capillaries. Fig. 50 represents the capillary circulation in the webof the frogs foot: a, venous trunk; b 6, branches of ve-nous trunk; c c, pigment cells. The elliptical blood-discs are seen in outline in the interior of the vessels. The blood flows through the capillaries in an uninter-rupted stream, its jetting motion being entirely rate of circulation through the systemic capillariesis about three inches per minute, that through the pul-monary being five times as swi
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