. Fig. 219—Desiccated "Mole" in Swine Uterus. /, Desiccated embryonic sac lying in base of uterine cornu (Tbe opened vagina and cervix extend to tbe right, above) ; 2, apparently healthy embryo from same cornu ; ,\ necrotic tip of fetal sac. between the corpora lutea present in the ovaries and the embryos in the uterus. Some of the discharged ova presuma- bly tailed of fertilization. Following the minimum recog- nizable necrotic embryo, there occurs every possible grada- tion of necrosis, maceration and desiccation. There are greal variations in one uterus. Sometimes there is a desic
. Fig. 219—Desiccated "Mole" in Swine Uterus. /, Desiccated embryonic sac lying in base of uterine cornu (Tbe opened vagina and cervix extend to tbe right, above) ; 2, apparently healthy embryo from same cornu ; ,\ necrotic tip of fetal sac. between the corpora lutea present in the ovaries and the embryos in the uterus. Some of the discharged ova presuma- bly tailed of fertilization. Following the minimum recog- nizable necrotic embryo, there occurs every possible grada- tion of necrosis, maceration and desiccation. There are greal variations in one uterus. Sometimes there is a desic- cated "mole" in which the minute embryo has perished and is no longer visible, while the embryonic sac remains as a desiccated, wrinkled eon I or band, as shown in Fig. 219.
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Photo credit: © The Bookworm Collection / Alamy / Afripics
License: Licensed
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Keywords: ., bookcentury1900, bookdecade1920, booksubjecthorses, bookyear1921
