

Capturing the current excitement in the field of invertebrate neurobiology, this timely monograph integrates all levels of invertebrate nervous systems-from neurogenetics and molecular neurobiology to neurophysiology and neuroethology. Discussions reflect the impressive diversity of invertebrates in the natural world-both model and non-model species-and illustrate not only molecular and cellular mechanisms of neural function, but also higher-level circuits and systems. An emphasis is placed on the investigation of behavior, as well as evolutionary aspects of nervous systems-the emerging "evo-neuro" field. The book also addresses the universality of brain mechanisms and cognitive features, and discusses what vertebrate systems may learn from invertebrates.
Table of Contents
Articles
Geoffrey North
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i-xii
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Eve Marder
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1-18
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Todd C. Holmes, Vasu Sheeba, Doğukan Mizrak, Bálint Rubovszky, David Dahdal
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19-52
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Randolf Menzel
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53-78
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Leslie B. Vosshall
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79-100
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Alexander Borst, Juergen Haag
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101-122
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Eric Warrant, Almut Kelber, Rikard Frederiksen
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123-154
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Daniel Robert, Ronald R. Hoy
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155-184
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Dawn M. Blitz, Michael P. Nusbaum
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185-208
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Mark A. Frye
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209-227
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Roy E. Ritzmann, Ansgar Büschges
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229-250
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Paul S. Katz, Scott L. Hooper
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251-279
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Martin Giurfa
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281-308
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Catharine Rankin, Josh Dubnau
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309-346
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David L. Glanzman
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347-380
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Jochen Zeil, Norbert Boeddeker, Jan M. Hemmi, Wolfgang Stürzl
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381-403
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Jean-Francois Ferveur
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405-435
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Mario De Bono, Marla B. Sokolowski
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437-466
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Matthew Collett, Thomas S. Collett
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467-502
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Amita Sehgal, Ravi Allada
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503-532
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William Kristan, Rhanor Gillette
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533-553
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John Ewer
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555-579
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Robert W. Meech, George O. Mackie
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581-615
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Rodolfo Costa, Federica Sandrelli, Charalambos P. Kyriacou
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617-646
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Ralph J. Greenspan
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647-649
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651-665
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