Searchable abstracts of presentations at key conferences in endocrinology

ea0037ep233 | Calcium and Vitamin D metabolism | ECE2015

Different influences of physiological and medicamentous hyperprolactinaemia on calcium metabolism in rats – experimental study

Radojkovic Danijela , Pesic Milica , Radenkovic Sasa , Antic Slobodan , Nikolic Marija Vukelic , Stoimenov Tatjana Jevtovic

Introduction: The aim of this study was to compare prolactin receptor gene (Prlr) expression in the duodenum, vertebra and kidney, during physiological and medicamentous hyperprolactinaemia.Methods: Wistar female rats 18 weeks old were divided into: Group P: nine rats, 3 week pregnant; Group M: ten rats that were intramuscular administrated Sulpirid (10 mg/kg) twice daily for 3 weeks; and age matched nulliparous rats as a control group: ten rats...

ea0035p828 | Pituitary Basic (<emphasis role="italic">Generously supported by IPSEN</emphasis>) | ECE2014

Different expression of prolactin receptor gene in rat duodenum during physiological and medicamentous hyperprolactinemia

Radojkovic Danijela , Pesic Milica , Antic Slobodan , Radenkovic Sasa , Kostic Sonja , Curkovic Sanja , Vukelic Marija , Jevtovic-Stoimenov Tatjana

Introduction: During pregnancy (state with physiological hyperprolactinemia-HP) mothers require larger calcium amount for fetal growth. It has been shown that PRL stimulate intestinal calcium absorption in physiological HP, which can protect mother’s skeletal system from further mineral density loss. On the other hand, medicamentous-related hyperprolactinemia is more frequently associated with reduced BMD and increased fracture risk. We conducted the experimental study to...