The laws and mechanics of circulation, with the principle involved in animal movement . ereflected to the appellate ganglionic centres over the vesselswhen these are expanded correspondingly, the pressure in thearterial system causing them to be filled instantaneously. Andany portion of the stomachal mucous surface may be flushedin order to increase the action in the part, whether in the car-diac or pyloric end of the organ, by expanding the localfeeder, which is readily done. It is very pretty. The vesselto the great cut de sac, which gives off the feeder to thespleen, the separate ones to th
The laws and mechanics of circulation, with the principle involved in animal movement . ereflected to the appellate ganglionic centres over the vesselswhen these are expanded correspondingly, the pressure in thearterial system causing them to be filled instantaneously. Andany portion of the stomachal mucous surface may be flushedin order to increase the action in the part, whether in the car-diac or pyloric end of the organ, by expanding the localfeeder, which is readily done. It is very pretty. The vesselto the great cut de sac, which gives off the feeder to thespleen, the separate ones to the mid-regions or central por-tions and pyloric end of the organ (Fig. 110) and the hepatic,all springing out of the coeliac axis with the great semilunarganglia of the solar plexus at its root for compelling responseto local demands, with the separate ganglia along the indi-vidual vessels for reporting the demands and enlarging thelumen of the vessel. The great anastomosis of the vessels * Hand-Book for the Physiological Laboratory.— Burdon-Sanderson. NEBVES TO THE INTESTINES. 271. Fig. 105. -From the Small Intestine of a Guinea-Pig.—Auerbach. a, Nervous inter-lacement : 6, ganglia ; c, lymphatic vessels ; d, lymphatics.
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Keywords: ., bookcentury1800, bookde, booksubjectblood, booksubjectrespiration
