The term primary empty sella (PES) makes reference to the herniation of the subarachnoid space within the sella turcica in patients with no history of pituitary tumor, surgery or radiotherapy. To retrospectively assess clinical features, radiological findings and the biochemical endocrine function from the records of 175 patients with a diagnosis of PES. One hundred seventy-five patients (150 females) were studied. The mean age at diagnosis was 48.2 ± 14 year. Most diagnoses were made by magnetic resonance imaging (n = 172). In most patients, the pituitary function was assessed by basal pituitary hormones measurements. Pituitary scans were ordered for different reasons: headache (33.1 %), endocrine disorders (30.6 %), neurological symptoms (12.5 %), visual disturbances (8.75 %), abnormalities on sella turcica radiograph (8.75 %) and others (6.25 %). Multiple pregnancies were observed in 58.3 % of women; headaches, obesity, and hypertension were found in 59.4, 49.5, and 27.3 % of the studied population, respectively. Mild hyperprolactinemia (<50 ng/ml) was present in 11.6 % of women and 17.3 % of men. Twenty-eight percent of our patients had some degree of hypopituitarism. In the male population, hypopituitarism represented 64 % of cases, whereas it accounted for 22 % of all females. PES seems to be more commonly found in middle-aged women, with a history of multiple pregnancies. In most patients, PES was discovered as an incidental finding on imaging studies, while in almost a quarter of patients PES was found during the diagnostic evaluation of anterior pituitary deficiency, which was more common in men.

Previously unsuspected pituitary tumors (incidentalomas) were analyzed in autopsies (4.8-27%) and magnetic resonance imaging (MRI) (10-37%), most of them being micro-pituitary incidentalomas (PI). However, patients with PIs sometimes had macroadenomas which may relate to previously unsuspected neurological and/or endocrine abnormalities. This study aims to establish the incidence of macro- vs. micro-PIs, the need for medical and/or surgical treatment and the neurological and endocrine dysfunction in a retrospective evaluation of patients with PIs studied over six years (1994-2000). Thirty-eight of 46 patients with PIs (22 males), aged 16-77, were followed for a mean of 3.2 years. Initial hormonal testing, ophthalmologic evaluation and MRI were repeated during follow-up. Twenty-nine (63%) of 46 patients had macro-PIs and 17 (17%) micro-PIs. Twenty-three males (75%) had macro-PIs, 10 (34.5%) with visual field defects. Consultations leading to PI diagnosis were chronic headache (28%), cranial trauma (15.3%), sinusitis (13%) and stroke (13%). Partial deficiencies of the anterior pituitary function were confirmed in 19 PIs (41.3%), with secondary hypogonadism prevailing (30%). Seven PIs (15%) were prolactinomas treated with dopamine agonists. Seventeen PIs (37%) underwent surgery. Immunohistochemical analysis showed gonadotrophinomas (30%), plurihormonal non-secreting adenomas (40%), and pituitary adenomas not reacting to any of the anterior pituitary hormone antibodies (30%). One operated macro-PI was a craniopharyngioma. Our data show a high percentage of PIs are macro-incidentalomas against expectations from necropsy and imaging studies. Most macro-PIs are found in males and are clinically non-functioning adenomas, 37% requiring surgery and hormonal substitution.

The aim of the study is to assess the rate of any potential adverse effects on women who became pregnant under cabergoline (CAB) treatment and to evaluate any effects on the embryo-fetal development and on children who were born from mothers exposed to CAB in early weeks of gestation. Observational, retrospective and multicenter study on 103 pregnancies in 90 women with hyperprolactinemia. All patients were under CAB at conception. Serum prolactin at baseline was between 30 and 1921 ng/ml. Duration of therapy before pregnancy ranged from 1 to 120 months and doses ranged from 0.125 to 5 mg/week. Fetal exposure ranged from 3 to 25 weeks, 96.9% of patients received CAB during the first trimester of pregnancy and the rest until the second one. No significant complications during pregnancy were found. Seven women (7.2%) had spontaneous abortions. Preterm deliveries were recorded in eight (8.8%), only one with low weight for gestational age. Neonatal abnormalities were observed in 3 (3.6%): 1 major (Down syndrome) and 2 minor malformations (umbilical and inguinal hernia). We were able to asses the children's development in 61. Two had epilepsy and two had Pervasive Developmental Disorder (PDD). No significantly higher frequency of complications was found in pregnancies and/or offspring exposed to CAB than in the normal population. We registered 2 abnormalities in the development of the children: epilepsy and PDD. Larger series of patients are needed to assess the safety of this drug during pregnancy.

Objetive:The aim was to assess the evolution of tumor size and prolactin (PRL) levels in patients with micro and macroprolactinomas diagnosed and treated with dopamine agonists during fertile age, and the effects of suspension of drugs after menopause. Subjects and methods: Retrospective study, 29 patients with prolactinomas, 22 microadenomas and 7 macroadenomas, diagnosed during their fertile age were studied in their menopause; treatment was stopped in this period. Age at menopause was 49 ± 3.6 years. The average time of treatment was 135 ± 79 months. The time of follow-up after treatment suspension was 4 to 192 months. Results: Pre-treatment PRL levels in micro and macroadenomas were 119 ± 57 ng/mL and 258 ± 225 ng/mL, respectively. During menopause after treatment suspension, and at the latest follow-up: in microadenomas PRL levels were 23 ± 13 ng/mL and 16 ± 5.7 ng/mL, respectively; in macroadenomas, PRL levels were 20 ± 6.6 ng/mL and 25 ± 18 ng/mL, respectively. In menopause after treatment suspension, the microadenomas had disappeared in 9/22 and had decreased in 13/22. In the group of patients whose tumor had decreased, in the latest follow-up, tumors disappeared in 7/13 and remained unchanged in 6/13. In macroadenomas, after treatment suspension 3/7 had disappeared, 3/7 decreased and 1/7 remained unchanged. In the latest control in the 3 patients whose tumor decreased, disappeared in 1/3, decreased in 1/3 and there was no change in the remaining. Conclusions: Normal PRL levels and sustained reduction or disappearance of adenomas were achieved in most of patients, probably due to the decrease of estrogen levels. Dopamine agonists might be stopped after menopause in patients with prolactinomas.Arch Endocrinol Metab. 2016;60(1):42-6

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