. Gynecology : . Fig. 19a.—Corpus low power. Around the edge is the plicated envelope of lutein cells. The center is occu-pied by coagulated blood, around the edge of which the lutein cells are proliferating. Organizationof the blood-clot is going Fig. 20.—Wall of Corpus Luteum. High power. This shows the pigment found in the lutein cells, which gives them their distinctive yellow color. It is derived from the blood extravasated during rupture of the follicle. 43 relationship of gynecology to the general organism relationship of gynecology to the glandsof internal secretion Th
. Gynecology : . Fig. 19a.—Corpus low power. Around the edge is the plicated envelope of lutein cells. The center is occu-pied by coagulated blood, around the edge of which the lutein cells are proliferating. Organizationof the blood-clot is going Fig. 20.—Wall of Corpus Luteum. High power. This shows the pigment found in the lutein cells, which gives them their distinctive yellow color. It is derived from the blood extravasated during rupture of the follicle. 43 relationship of gynecology to the general organism relationship of gynecology to the glandsof internal secretion The study of the internal secretory organs has assumed so great an impor-tance that a familiarity with the subject is essential in the study of every branchof medical science. This is eminently true of the department of gynecology,for the female organism is peculiarly susceptible to physiologic and pathologicchanges in the general endocrine system. Much of our knowledge gleaned fromthe vast store of experimental and clinical observation in this new line of researchis so contradictory and confusing that space will not permit a comprehensivereview of the subject. It will be necessary, therefore, to devote our attentionchiefly to those facts that are most con
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