. A study of the causes underlying the origin of human monsters : third contribution to the study of the pathology of human embryos . Fig. 366b.—Section of a villus. X 250 times. Notice large epithelialcells scattered in with the stroma. 350 MALL. [Vol. XIX. No. 367. Ovum, 10 x 7 x 5 mm. Professor Brodel, Baltimore. The ovum from a tubal pregnancy came to me unopenedand with some adhering cells and blood clot it was cut intoserial sections. The chorion was found to be torn on oneside, but its interior is packed with a dense reticular trace of an embryo was Corpus Lutev Fig. 36
. A study of the causes underlying the origin of human monsters : third contribution to the study of the pathology of human embryos . Fig. 366b.—Section of a villus. X 250 times. Notice large epithelialcells scattered in with the stroma. 350 MALL. [Vol. XIX. No. 367. Ovum, 10 x 7 x 5 mm. Professor Brodel, Baltimore. The ovum from a tubal pregnancy came to me unopenedand with some adhering cells and blood clot it was cut intoserial sections. The chorion was found to be torn on oneside, but its interior is packed with a dense reticular trace of an embryo was Corpus Lutev Fig. 367a.—Ovary and tube, clot within and ovum. Natural size. The mesoderm of the main wall of the chorion is of normalthickness, but on the side towards the ccelom it is not sharplydefined. Frequently strands of cells are found partly sepa-rated and running out into the magma. The tissue of themesoderm of the villi is not as clearly defined as in normal No. i.] ORIGIN OF HUMAN MONSTERS. 351
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