Growth hormone (GH) performs very diverse functions in the organism, and this is the reason by which the regulation of the secretion of this hormone is very complex; although the primary regulators are growth hormone-releasing hormone (GHRH) and somatostatin, it is in turn regulated mainly by adrenergic and cholinergic pathways, and other factors can act directly on its secretion, particularly on the somatostatin, thus affecting the pituitary secretion of GH. In this chapter, we will analyze the transcription of GH gene and how GH release is affected by different neurotransmitters, metabolic substrates, feeding and fasting, and other hormones, placing special emphasis on why pituitary secretion of GH is sexually dimorphic
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
Pituitary cell function is impacted by metabolic states and therefore must receive signals that info...
Growth hormone (GH) performs very diverse functions in the organism, and this is the reason by which...
Like many other neuroendocrine hormones, growth hormone (GH; somatotropin) secretion is pulsatile wi...
Growth hormone (GH) is a major hormone of the anterior pituitary gland. Once established, its secret...
Like other anterior pituitary hormones, GH is secreted in a pulsatile fashion. This secretory patter...
This chapter illustrates the biosynthesis and regulation of Growth hormone (GH) and insulin-like gro...
This article reviews the main findings that emerged in the intervening years since the previous volu...
Growth hormone (GH) secretion in man is pulsatile and this pattern is regulated by both GH-releasing...
Pituitary and extrapituitary growth hormone: Pit-1 dependence?1 S. Harvey, Y. Azumaya, and K.L. Hull...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
Pituitary cell function is impacted by metabolic states and therefore must receive signals that info...
Growth hormone (GH) performs very diverse functions in the organism, and this is the reason by which...
Like many other neuroendocrine hormones, growth hormone (GH; somatotropin) secretion is pulsatile wi...
Growth hormone (GH) is a major hormone of the anterior pituitary gland. Once established, its secret...
Like other anterior pituitary hormones, GH is secreted in a pulsatile fashion. This secretory patter...
This chapter illustrates the biosynthesis and regulation of Growth hormone (GH) and insulin-like gro...
This article reviews the main findings that emerged in the intervening years since the previous volu...
Growth hormone (GH) secretion in man is pulsatile and this pattern is regulated by both GH-releasing...
Pituitary and extrapituitary growth hormone: Pit-1 dependence?1 S. Harvey, Y. Azumaya, and K.L. Hull...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
Aims: Growth hormone (GH) secretion is pulsatile and secretion varies highly between individuals. To...
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
In this review, we will analyze the family of growth hormone (GH) genes, the territories where they ...
Pituitary cell function is impacted by metabolic states and therefore must receive signals that info...