Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
5827485 | European Journal of Pharmacology | 2015 | 20 Pages |
Abstract
Oxytocin (OT) is a nonapeptide with an impressive variety of physiological functions. Among them, the 'prosocial' effects have been discussed in several recent reviews, but the direct effects on male and female sexual behavior did receive much less attention so far. As our contribution to honor the lifelong interest of Berend Olivier in the control mechanisms of sexual behavior, we decided to explore the role of OT in the present review. In the successive sections, some physiological mechanisms and the 'pair-bonding' effects of OT will be discussed, followed by sections about desire, female appetitive and copulatory behavior, including lordosis and orgasm. At the male side, the effects on erection and ejaculation are reviewed, followed by a section about 'premature ejaculation' and a possible role of OT in its treatment. In addition to OT, serotonin receives some attention as one of the main mechanisms controlling the effects of OT. In the succeeding sections, the importance of OT for 'the fruits of labor' is discussed, as it plays an important role in both maternal and paternal behavior. Finally, we pay attention to an intriguing brain area, the ventrolateral part of the ventromedial hypothalamic nucleus (VMHvl), apparently functioning in both sexual and aggressive behavior, which are at first view completely opposite behavioral systems.
Keywords
5-HTVMHvlVMHdmGnRHMeApdVCSVMHsupraoptic hypothalamic nucleusPVHMPOABNSTAVPPAG8-OH-DPATAOBHAAICVmRNAISTestradiol benzoateGamma aminobutyric acidEjaculationoxytocinIsotocinVaginocervical stimulationperiaqueductal grayCNSmessenger ribonucleic acidreproductive behaviorMaternal behaviorPaternal behaviorPremature ejaculationSerotonincentral nervous systemSONFos-iraccessory olfactory bulbHPA-axismedial preoptic areabed nucleus of the stria terminalisVentromedial hypothalamic nucleusparaventricular hypothalamic nucleusVentromedial hypothalamusvasopressinProgesteroneSingle nucleotide polymorphismSNPGABA
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Authors
J.G. Veening, T.R. de Jong, M.D. Waldinger, S.M. Korte, B. Olivier,