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The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.

The aim of this Chapter is to summarize the most recent issues on the production, secretion, biological activity and metabolism of CNH. The hypotheisis that natriuretic peptides constitute a family sharing endocrine, paracrine and autocrine actions and neurotransmitter and immunomodulator functions closely related to the other regulatory systems (nervous, endocrine and immunological) in a biological hierarchical network will be discussed with particular emphasis. Finally, such as an example to support this hypothesis, the integrated action of CNH system during pregnancy and fetal life as well as in the regulation of vascuar system wil be illustrated in detail.