OBJECTIVE: The polycystic ovarian syndrome is frequently associated with human infertility and is a partially characterized syndrome of unknown aetiology. The aim of this study was to describe the functional integrity of granulosa cells from polycystic ovaries. PATIENTS: Follicular aspirates were collected from polycystic ovaries of ovulatory (n = 24) and anovulatory (n = 7) patients. Follicular aspirates were also collected from normal ovaries of untreated (n = 24) and superovulated (n = 10) subjects. All patients were enrolled for the recovery of their oocytes for in vitro maturation and fertilization. MEASUREMENTS: FSH receptors and apoptosis were measured in the granulosa cells of the different patients. FSH-stimulated oestradiol and LH-stimulated progesterone production by granulosa cells of the different patients were also measured. RESULTS: The binding of 125I-labelled human recombinant FSH to granulosa cells from anovulatory subjects with polycystic ovaries was significantly higher than that found in granulosa cells from normal (180%) and superovulated (163%) ovaries. However, the ligand binding to granulosa cells from ovulatory subjects with polycystic ovaries was not significantly higher than that found in normal granulosa cells. Also, granulosa cells obtained from anovulatory subjects with polycystic ovaries cultured with FSH produced more oestradiol than normal granulosa cells but oestradiol production was similar to that of granulosa cells from superovulated ovaries (mean +/- SEM, 224.94 +/- 22.02, 24.23 +/- 2.92, 211.87 +/- 50.39 nmol/l/24 h, respectively). Flow cytometric analysis showed that the proportions of viable and apoptotic granulosa cells (mean +/- SDM, 70 +/- 5 and 7 +/- 1%, respectively) were similar in normal subjects and in those with polycystic ovaries. CONCLUSION: We conclude that most of the granulosa cells of polycystic ovaries are healthy and non-apoptotic, expressing high levels of FSH receptors and highly responsive to this hormone in culture. These data provide direct evidence that most of the follicles of polycystic ovaries are not atretic.
OBJECTIVE: The polycystic ovarian syndrome is frequently associated with humaninfertility and is a partially characterized syndrome of unknown aetiology. The aim of this study was to describe the functional integrity of granulosa cells from polycystic ovaries. PATIENTS: Follicular aspirates were collected from polycystic ovaries of ovulatory (n = 24) and anovulatory (n = 7) patients. Follicular aspirates were also collected from normal ovaries of untreated (n = 24) and superovulated (n = 10) subjects. All patients were enrolled for the recovery of their oocytes for in vitro maturation and fertilization. MEASUREMENTS: FSH receptors and apoptosis were measured in the granulosa cells of the different patients. FSH-stimulated oestradiol and LH-stimulated progesterone production by granulosa cells of the different patients were also measured. RESULTS: The binding of 125I-labelled human recombinant FSH to granulosa cells from anovulatory subjects with polycystic ovaries was significantly higher than that found in granulosa cells from normal (180%) and superovulated (163%) ovaries. However, the ligand binding to granulosa cells from ovulatory subjects with polycystic ovaries was not significantly higher than that found in normal granulosa cells. Also, granulosa cells obtained from anovulatory subjects with polycystic ovaries cultured with FSH produced more oestradiol than normal granulosa cells but oestradiol production was similar to that of granulosa cells from superovulated ovaries (mean +/- SEM, 224.94 +/- 22.02, 24.23 +/- 2.92, 211.87 +/- 50.39 nmol/l/24 h, respectively). Flow cytometric analysis showed that the proportions of viable and apoptotic granulosa cells (mean +/- SDM, 70 +/- 5 and 7 +/- 1%, respectively) were similar in normal subjects and in those with polycystic ovaries. CONCLUSION: We conclude that most of the granulosa cells of polycystic ovaries are healthy and non-apoptotic, expressing high levels of FSH receptors and highly responsive to this hormone in culture. These data provide direct evidence that most of the follicles of polycystic ovaries are not atretic.
Authors: Annie A Guedikian; Alexandria Y Lee; Tristan R Grogan; David H Abbott; Karla Largaespada; Gregorio D Chazenbalk; Daniel A Dumesic Journal: Fertil Steril Date: 2018-02-07 Impact factor: 7.329
Authors: M Das; O Djahanbakhch; B Hacihanefioglu; E Saridogan; M Ikram; L Ghali; M Raveendran; A Storey Journal: J Clin Endocrinol Metab Date: 2007-12-11 Impact factor: 5.958
Authors: Napoleone Ferrara; Gretchen Frantz; Jennifer LeCouter; Lisa Dillard-Telm; Thinh Pham; Aparna Draksharapu; Thomas Giordano; Franklin Peale Journal: Am J Pathol Date: 2003-06 Impact factor: 4.307
Authors: Natalia R Salvetti; Carolina G Panzani; Eduardo J Gimeno; Leandro G Neme; Natalia S Alfaro; Hugo H Ortega Journal: Reprod Biol Endocrinol Date: 2009-07-01 Impact factor: 5.211