Autonomic Nervous Systems in Lower Chordates

Nicol, J. A. C.

doi:10.1111/j.1469-185x.1952.tb01361.x

Cited by 147 publications

(38 citation statements)

References 167 publications

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“…of Monoaminergic Neurons in the Spinal Cord and Intestine of the Lamprey, Lampetra japonica* (Received September 9, 1970) It is said that the lamprey has no commissural sympathetic chain (NICOL, 1952;JOHNELS, 1956), although visceral efferents from the vagus are described (JOHNELS, 1956). It is not clear whether the visceral efferents coming from the spinal cord emerge from the dorsal or ventral roots or both.…”

Section: Presencementioning

confidence: 99%

Presence of Monoaminergic Neurons in the Spinal Cord and Intestine of the Lamprey, <i>Lampetra japonica</i>

Honma

1970

Arch. Histol. Jap., Arch. Histol. Jpn

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Section: Presencementioning

confidence: 99%

Presence of Monoaminergic Neurons in the Spinal Cord and Intestine of the Lamprey, <i>Lampetra japonica</i>

Honma

1970

Arch. Histol. Jap., Arch. Histol. Jpn

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“…Lampreys are basal vertebrates that lack several neural crest derivatives, including a neural crest-derived jaw and sympathetic ganglia (Nicol 1952;Häming et al 2011). Nevertheless they possess a SoxE expressing population of migrating neural crest cells (McCauley and Bronner-Fraser 2006) that contribute to branchial arch cartilage, as well as the formation of pigment cells, cranial, and dorsal root ganglia.…”

Section: Evolutionary Conservation Of the Neural Crest Grnmentioning

confidence: 99%

Insights into neural crest development and evolution from genomic analysis

2013

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The neural crest is an excellent model system for the study of cell type diversification during embryonic development due to its multipotency, motility, and ability to form a broad array of derivatives ranging from neurons and glia, to cartilage, bone, and melanocytes. As a uniquely vertebrate cell population, it also offers important clues regarding vertebrate origins. In the past 30 yr, introduction of recombinant DNA technology has facilitated the dissection of the genetic program controlling neural crest development and has provided important insights into gene regulatory mechanisms underlying cell migration and differentiation. More recently, new genomic approaches have provided a platform and tools that are changing the depth and breadth of our understanding of neural crest development at a “systems” level. Such advances provide an insightful view of the regulatory landscape of neural crest cells and offer a new perspective on developmental as well as stem cell and cancer biology.

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“…Four types of nerves were used to reinnervate the transplanted muscles; skin sensory nerves (always close to the muscle in the back and potentially a source of unwanted innervation), somatic motor nerves (usually the IV or V or occasionally the VI, spinal nerve, as numbered by Ecker & Weidersheim, 1899), a sympathetic post-ganglionic nerve (the posterior splanchnic), and the splanchnic nerve proximal to the coeliac ganglion where a large fraction of its component nerve fibres are preganglionic (Nichol, 1952).…”

Section: Splanchnic Innervation Of Frog Musclementioning

confidence: 99%