Invertebrate Neurobiology

Open Access Open Access  Restricted Access Subscription or Fee Access

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
PDF
i-xii
Eve Marder
PDF
1-18
Todd C. Holmes, Vasu Sheeba, Doğukan Mizrak, Bálint Rubovszky, David Dahdal
PDF
19-52
Randolf Menzel
PDF
53-78
Leslie B. Vosshall
PDF
79-100
Alexander Borst, Juergen Haag
PDF
101-122
Eric Warrant, Almut Kelber, Rikard Frederiksen
PDF
123-154
Daniel Robert, Ronald R. Hoy
PDF
155-184
Dawn M. Blitz, Michael P. Nusbaum
PDF
185-208
Mark A. Frye
PDF
209-227
Roy E. Ritzmann, Ansgar Büschges
PDF
229-250
Paul S. Katz, Scott L. Hooper
PDF
251-279
Martin Giurfa
PDF
281-308
Catharine Rankin, Josh Dubnau
PDF
309-346
David L. Glanzman
PDF
347-380
Jochen Zeil, Norbert Boeddeker, Jan M. Hemmi, Wolfgang Stürzl
PDF
381-403
Jean-Francois Ferveur
PDF
405-435
Mario De Bono, Marla B. Sokolowski
PDF
437-466
Matthew Collett, Thomas S. Collett
PDF
467-502
Amita Sehgal, Ravi Allada
PDF
503-532
William Kristan, Rhanor Gillette
PDF
533-553
John Ewer
PDF
555-579
Robert W. Meech, George O. Mackie
PDF
581-615
Rodolfo Costa, Federica Sandrelli, Charalambos P. Kyriacou
PDF
617-646
Ralph J. Greenspan
PDF
647-649
PDF
651-665