Meaker, S. R. (1950). Ovarian resection for the relief of sterility. Fertility and Sterility, 1(4), 293-305. https://doi.org/10.1016/s0015-0282(16)30240-0
Meaker SR. Ovarian resection for the relief of sterility. Fertil Steril. 1950;1(4):293-305. doi:10.1016/s0015-0282(16)30240-0
Meaker, Samuel R. "Ovarian resection for the relief of sterility." Fertility and Sterility, vol. 1, no. 4, 1950, pp. 293-305.
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Ovarian resection was followed by pregnancy in 35 of 50 women
In this 1950 case series of 65 women with ovarian cysts, 35 of 50 infertile women followed after ovarian surgery became pregnant. Of 38 women with missing or rare periods, 26 began regular cycles.
Key Findings
Of 50 women with sterility who could be followed, 35 became pregnant. The first conception came about five months after operation, on average.
The 50 women followed had 48 recorded pregnancies: 5 miscarriages, 42 normal deliveries, and 1 pregnancy approaching full term.
Among 38 women with amenorrhea followed for one to several years, 26 established regular and normal menstrual behavior, and 4 others became notably better.
Of the 65 operated women, 53 had sterility, 39 had amenorrhea and 4 had menometrorrhagia; some reported more than one complaint.
Interpretation
One surgeon followed these cases over 22 years. Diagnosis relied on symptoms and a pelvic exam, sometimes repeated under anesthesia. The author reports the preoperative diagnosis was confirmed. The author says why surgery works is uncertain, and suggests it relieves pressure inside the ovary. Discussants report similar results in their own series. The findings support larger studies of ovarian surgery for these conditions.
RRM Context
The paper dates from 1950. Its polycystic ovary picture is now called PCOS (polycystic ovary syndrome), renamed PMOS (Polyendocrine Metabolic Ovarian Syndrome) in 2026. The author asks why these ovaries work poorly and operates on them. Restorative reproductive medicine also seeks the cause of missed ovulation. Current methods differ.
Our editorial summary of this paper, not the article's abstract.
Abstract
More than twenty-five years ago Edward Reynolds gave an excellent description of the polycystic ovary, and expressed the opinion that ovarian surgery was the most important single feature in the treatment of sterility of the female. This view was not accepted by later workers in the field. Indeed, the tendency has been to consider retention cysts as items of small importance, unlikely to cause symptoms and rarely calling for treatment on their own account. It remained for Stein and his followers to define a type of case where the presence of multiple cysts evidently interferes both with ovulation and with endocrine activity, and to show that surgery frequently succeeds in restoring normal function. I propose to discuss certain aspects of this clinical problem, and to report my own series of 65 operated cases. The fundamental cause of retention cysts is probably, as Zondek believes, a phase of hypergonadotropism. Under normal conditions large numbers of primordial follicles start to mature but never complete the process. At some point along the way the ova die, whereupon the follicles regress and ultimately become insignificant corpora fibrosa. Under the influence of excessive pituitary stimulation, however, such follicles may continue to secrete liquor and to grow after the disappearance of their ova. Some of them eliminate themselves by delayed resorption and atrophy or, less often, by rupturing through the tunica albuginea. Others remain as permanent cystic structures. These retention cysts are pathologic, whereas atretic follicles in various stages of regression represent nothing more than phases of the normal ovulatory cycle.
How fertility-preserving surgery differs by approach: restorative (RRM), specialist, and conventional, across endometriosis, ovarian cysts, PMOS / PCOS, fibroids, tubal disease, Asherman's syndrome, adenomyosis, cesarean scar, pelvic adhesions, and male-factor causes including varicocele and obstruction.
PMOS / PCOS has four diagnostic phenotypes and distinct metabolic, reproductive, and mental health implications. How RRM-trained clinicians approach diagnosis and treatment differently.