Titlebook: Developmental Neurobiology of the Autonomic Nervous System; Phyllis M. Gootman Book 1986 Springer Science+Business Media New York 1986 Ner

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propose

Endocrine Control of Synaptic Development in the Sympathetic Nervous System,ic and sympathoadrenal factors play key roles in the maintenance and support of the circulation in the fetus and neonate, both in the resting state and during stress situations. Consequently, the timing of onset of synaptic function in the developing sympathetic nervous system is of key importance d

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Development of ANS Innervation to the Avian Heart,ces in many techniques have made our understanding of autonomic development much more accurate. The advent of cellular marking using quail-chick chimeras and refinements in microsurgical techniques, have been fundamental in mapping the fate of autonomic ganglion cell precursors derived from the neur

Cursory

Development of Autonomic Innervation in Mammalian Myocardium,ed upon the organism (.). The ontogeny of autonomic innervation of the myocardium involves a highly complex series of processes, still not well understood, involving axonal growth, terminal branching, neurotransmitter synthesis, elaboration of mechanisms for transmitter storage, release, uptake, and

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Development, Aging, and Plasticity of Perivascular Autonomic Nerves,scular beds, and between the same blood vessels in different species. Many features are involved, including nerve type and density, neuromuscular separation, pre- and postjunctional receptor type and distribution, and transmitter synthesis, degradation, and reuptake systems (for reviews, . refs. .).

microscopic

Regulation of Regional Vascular Beds by the Developing Autonomic Nervous System,d to possible stages of neurotransmitter development in autonomic neurons (.). Evidence is accumulating that concurrent development of the innervation and vasculature not only is determined by the embryonic program, but that innervation itself determines the degree of vessel reactivity that characte

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Relationships Between the Sympathetic Nervous System and Functional Development of Smooth Muscle Enonses. Appropriate internal or external stimuli modulate central outflow of sympathetic nerve impulses that ultimately produce changes in effector cell activity. A question arises concerning SNS control of end organ activity; What is the manner in which SNS activity is matched with end organ perform

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Development of Central Autonomic Regulation of Cardiovascular Function,d has been investigated systematically for only the last 25 yr. Whereas considerable progress has been made concerning neural regulation of cardiovascular function in the adult, the amount of quantitative information concerning the perinatal period is quite limited (.). It is only recently that the

Intentional

Developmental Changes in Neural Control of Respiration,nspiration) and eliminating carbon dioxide (during expiration). Achieving this aim, however, requires a complex series of neural and neuromuscular interactions. Perhaps because of the rhythmic contractions of skeletal muscles involved in respiration, some investigators have described this as an auto