The endrocrino factor to cause 3 or more consecutive spontaneous abortions leads us to progesterone deficiency, since alteration in thyroid function or diabetes can cause occasional abortion, but hardly habitual abortion. Inadequate function of the ovary after ovulation constitutes the luteal phase defect.

This paper is a prospective evaluation of 59 patients with facial melanosis treatment they received as bromocriptine 5 mg / day for 6 months. After treatment of 51 patients improved and in 9 patients Melanosis melanosis persisted. In this study group 38 patients with hyperprolactinemia and after six months was found in 7 patients and 31 Hyperprolactinaemia persisted and were Normoprolactenemicas. Also in the group of 30 patients they had Galactorrea Melanosis and the end of treatment only 1 patient still had Galactorrea, while the remaining 37 were no longer Galactorrea. The fact that a dopamine fix on the one hand and on the other Melanosis hyperprolactinemia and galactorrhea, indicating that secretion of prolactin and alpha-MSH is under inhibitory control by dopamine would be the PIF and physiological MIF.

144 patients who follicle syndrome luteinised not broken with 450 menstrual cycles in which ovulation had ultrasounds to, determination of prolactin, progesterone and evaluated diagnostic laparoscopy. It has been found that 72% of patients had an organic cause as adhesions, endometriosis or both. 28% of patients remaining 18% was associated with hyperprolactinemia as a cause of the syndrome.

In a series of 2,344 patients with polycystic ovarian syndrome diagnosed by ultrasound, plasma prolactin was determined and was found in PCOS prevalence of 15% Hyperprolactinaemia. In a group of 855 patients with hyperprolactinemia polycystic ovary syndrome was valued by ultrasound, finding polycystic ovary syndrome in 42% of patients with hyperprolactinemia.

Blood circulating hormones influence the functional and morphogenetic states of tissues that are distant from the endocrine gland. Many cells are exposed to hormones; however, only few respond. As regards the hypothalamic-pituitary-gonadal axis, we describe the interaction of hormones with their respective effector organ.

In a series of 2,344 patients with polycystic ovarian syndrome diagnosed by ultrasound, plasma prolactin was determined and was found in PCOS prevalence of 15% Hyperprolactinaemia. In a group of 855 patients with hyperprolactinemia polycystic ovary syndrome was valued by ultrasound, finding polycystic ovary syndrome in 42% of patients with hyperprolactinemia.

This paper is a prospective evaluation of 59 patients with facial melanosis treatment they received as bromocriptine 5 mg / day for 6 months. After treatment of 51 patients improved and in 9 patients Melanosis melanosis persisted. In this study group 38 patients with hyperprolactinemia and after six months was found in 7 patients and 31 Hyperprolactinaemia persisted and were Normoprolactenemicas. Also in the group of 30 patients they had Galactorrea Melanosis and the end of treatment only 1 patient still had Galactorrea, while the remaining 37 were no longer Galactorrea. The fact that a dopamine fix on the one hand and on the other Melanosis hyperprolactinemia and galactorrhea, indicating that secretion of prolactin and alpha-MSH is under inhibitory control by dopamine would be the PIF and physiological MIF.

144 patients who follicle syndrome luteinised not broken with 450 menstrual cycles in which ovulation had ultrasounds to, determination of prolactin, progesterone and evaluated diagnostic laparoscopy. It has been found that 72% of patients had an organic cause as adhesions, endometriosis or both. 28% of patients remaining 18% was associated with hyperprolactinemia as a cause of the syndrome.

We studied serum prolactin levels, the prevalence of hyperprolactinemia and galactorrhea, and its correlation with reproductive pathology in two groups of native women in Lima (150 m) and Cerro de Pasco (4340 m). Serum prolactin levels were higher than sea level in height. No differences in prolactin levels between follicular and luteal phase is found. Hiperprolaetinemia prevalence was 2.6 times higher in Lima than in Cerro de Pasco. In Lima the highest prevalence of hyperprolactinemia is seen in cases of polymenorrhea (100%) and oligomenorrhea (68.5%). In height, neither case showed reproductive pathology with hyperprolactinemia. Galactorrea prevalence in cases of reproductive pathology was 76% to 36% in Lima and Cerro de Pasco. Of all cases with 65.4% galactorrhea in Lima and 6.2% in Cerro de Pasco they had concomitant hyperprolactinemia. In conclusion, the prevalence of hyperprolactin...