During the past decade our understanding of the complicity of mechanisms controlling circulation has increased. This work provides an overview of vascular innervation and receptor mechanisms, especially the involvement of neurotransmithers, endothelium, and physiological control by neuropeptides. Also examined is the role of neuropeptides. Also examined is the role of neuropeptidergic innervation in vascular disorders and new approaches to possible future therapeutics.
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During the past decade our understanding of the complicity of mechanisms controlling circulation has increased. This work provides an overview of vascular innervation and receptor mechanisms, especially the involvement of neurotransmithers, endothelium, and physiological control by neuropeptides. Also examined is the role of neuropeptides. Also examined is the role of neuropeptidergic innervation in vascular disorders and new approaches to possible future therapeutics.
Read Less
