A Novel Neural Substrate for the Transformation of Olfactory Inputs into Motor Output

Authors

Dominique Derjean
Aimen Moussaddy
Elias Atallah
Melissa St-Pierre
François Auclair
Steven Chang, University of Windsor
Xiang Ren, University of Windsor
Barbara Zielinski, University of WindsorFollow
Réjean Dubuc

Document Type

Article

Publication Date

2010

Publication Title

PLOS Biology

Volume

8

Issue

12

First Page

e1000567

Abstract

Anatomical and physiological experiments in the lamprey reveal the neural circuit involved in transforming olfactory inputs into motor outputs, which was previously unknown in a vertebrate.

DOI

10.1371/journal.pbio.1000567

Recommended Citation

Derjean, Dominique; Moussaddy, Aimen; Atallah, Elias; St-Pierre, Melissa; Auclair, François; Chang, Steven; Ren, Xiang; Zielinski, Barbara; and Dubuc, Réjean, "A Novel Neural Substrate for the Transformation of Olfactory Inputs into Motor Output" (2010). PLOS Biology, 8, 12, e1000567.
https://scholar.uwindsor.ca/biologypub/173