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首页> 外文会议>Annual Meeting of the European Aquaculture Society >LONG-TERM MELATONIN ADMINISTRATION AT EARLY GAMETOGENESIS AFFECTS GONADAL DEVELOPMENT AND NEURO-HORMONAL REGULATION IN MALE SEA BASS.
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LONG-TERM MELATONIN ADMINISTRATION AT EARLY GAMETOGENESIS AFFECTS GONADAL DEVELOPMENT AND NEURO-HORMONAL REGULATION IN MALE SEA BASS.

机译：早期配子发生的长期褪黑激素给药影响雄性鲈鱼的雄性发育和神经激素调节。

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Melatonin, a hormone acting as a transmitter of environmental cues, plays an important role in synchronising various behaviours and physiological processes, including reproductive function in mammals. In fish, melatonin effects on reproductive activity are often contradictory, with pro- or anti-gonadal effects depending of species, gender, time and dose of administration. Recently, the ligand/receptor kiss/gpr54 pair has been revealed to have a key function in the regulation of the gonadotropic axisand the timing of puberty onset in fish as reported in mammals. Cumulative evidences reveal that kiss neurons could be the major integrators of environmental, nutritional and hormonal signals, including the rhythmic activity of melatonin, being this lastaspect a black box of knowledge.
机译：作为环境提示的发射机的激素，褪黑激素在同步各种行为和生理过程中起重要作用，包括哺乳动物的生殖功能。在鱼类中，褪黑激素对生殖活性的影响通常是矛盾的，这是根据物种，性别，时间和给药剂量的物种，性别，时间和剂量的抗痛作用。最近，已揭示配体/受体吻/ GPR54对具有在促进型轴和哺乳动物中报告的鱼类雌性发作的调节的关键功能。累积证据表明，亲吻神经元可能是环境，营养和激素信号的主要集成商，包括褪黑激素的节奏活动，是普遍的知识黑匣子。

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