The laws and mechanics of circulation, with the principle involved in animal movement . Fig. 131.—A Vertical Section from the tTterine Mucous Membrane, showing the num-bers and position of the tubules.—Dalton. a, Free surface ; b, attached Fig. 132.—Same tubules, greatly magnified.—Dalton. cate, multiply and send out processes similar to what occurs inthe zona pelluclda (a) in the unimpregnated ovum, whichrapidly increase in size in the rich albuminous fluid pouredout by the uterine follicles, completely surrounding it, uush-ing the decidual membrane before it and filling the uterine
The laws and mechanics of circulation, with the principle involved in animal movement . Fig. 131.—A Vertical Section from the tTterine Mucous Membrane, showing the num-bers and position of the tubules.—Dalton. a, Free surface ; b, attached Fig. 132.—Same tubules, greatly magnified.—Dalton. cate, multiply and send out processes similar to what occurs inthe zona pelluclda (a) in the unimpregnated ovum, whichrapidly increase in size in the rich albuminous fluid pouredout by the uterine follicles, completely surrounding it, uush-ing the decidual membrane before it and filling the uterinecavity, so that the ovum is completely submerged. In thisthick albuminous substance, containing a large number of nu-cleated cells, the growing tufts of the chorion are embedded, at PHYSIOLOGICAL ANATOMY. 323 the same time the deeidua reflexa, formed by the contiguousmucous membrane, grows up around the ovum, bringing theorifices of the expanded tubules into contact with the project-
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Keywords: ., bookcentury1800, bookde, booksubjectblood, booksubjectrespiration
