By Bradley J. Undem, Daniel Weinreich
Taking a finished process within which all points of the vagal afferent approach are thought of, from the terminals within the visceral tissues to the neural pathways in the important fearful process, this vast textual content stories the advance, neurochemistry, anatomy, biophysics, pharmacology, and body structure of the vagal afferent nerves. The authors current experimental suggestions used to enquire the improvement, morphology, electrophysiology and reflex functionality of the vagal afferent nerves, and comprise cutting-edge stories of vagal afferent neurobiology via a number of the world's major specialists in those fields.
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Extra resources for Advances in Vagal Afferent Neurobiology (Frontiers in Neuroscience (Boca Raton, Fla.).)
Knockout studies in mice have shown that Pax6 is required for proper olfactory and lens placode development, while Pax2 is essential for various features of otic placode development (reviewed in Reference 2). Given the above, it is fascinating that several of the genes expressed in the preplacodal domain are members of the 10 Advances in Vagal Afferent Neurobiology Six and Eya gene families. Pax, Six, and Eya family members, together with the transcription co-factor Dach, act in an intricate cross-regulatory network in both eye and muscle development (see Reference 21).
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Cl. Sci. fis-mat. , Ser. VIII, 1, 443, 1946. 10. , Dev. , 30, 217, 1973. 11. , The control of avian cephalic neural crest cytodifferentiation. II. Neural tissues, Dev. , 67, 313, 1978. 12. D’Amico-Martel, A. , Contributions of placodal and neural crest cells to avian cranial peripheral ganglia, Am. J. , 166, 445, 1983. 13. F. , Ectodermal placodes: contributions to the development of the vertebrate head, Amer. , 33, 434, 1993. 14. Begbie, J. , The ectodermal placodes: a dysfunctional family, Philos.