Research
Research projects
Completed projects
Researchers:
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Sponsor: BayerAnimal Health GmbH
Researchers:
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Sponsor: BayerAnimal Health GmbH
Researchers:
,
Sponsor: BayerAnimal Health GmbH
Publications
48 publications
Page 4 of 5
Arkady S. Pivovarov,
Richard C. Foreman,
& Robert J. Walker
, 2007
, Regulatory Peptides
, 138 (2-3) , 103--112
Type: article
Marcus Guest,
Kathryn Bull,
Robert J. Walker,
Kiran Amliwala,
Vincent Connor,
Achim Harder,
& Neil A. Hopper
, 2007
, International Journal for Parasitology
, 37 (14) , 1577--1588
Type: article
Vincent O’Connor,
Neil A. Hopper,
Robert J. Walker,
Achim Harder,
Kathryn Bull,
& Marcus Guest
, 2007
, Invertebrate Neuroscience
, 7 (4) , 199--208
Type: article
& Robert J. Walker
, 2007
Type: bookChapter
Kathryn Bull,
Sarah Luedtke,
& Robert J. Walker
, 2006
, Invertebrate Neuroscience
, 6 (3) , 105--122
Type: article
Kathryn Bull,
Alan Cook,
Neil A. Hopper,
Achim Harder,
& Robert J. Walker
, 2006
, International Journal for Parasitology
, 37 (6) , 627--636
Type: article
& Robert J. Walker
, 2006
, International Journal for Parasitology
, 36 (4) , 395--402
Type: article
A. Harder,
L. Holden–Dye,
R. Walker,
& F. Wunderlich
, 2005
, Parasitology Research
, 97 , S1--S10
Type: article
Sylvana Papaioannou,
David Marsden,
Robert J. Walker,
, 2005
, Journal of Neurobiology
, 65 (3) , 304--319
DOI: 10.1002/neu.20201
Type: article
László Hernádi,
Ágnes Vehovszky,
László Hiripi,
János Györi,
Robert J. Walker,
& Károly Elekes
, 2005
, Cell and Tissue Research
, 321 (2) , 257--271
Type: article
Pagination
Biography
Since 2003 Professor Robert Walker has been an emeritus Professor of Neurophysiology. Prior to that he was Chair, Honours School of Biochemistry and Physiology, 1996-2003; Head, Department of Physiology and Pharmacology, 1990-1996; Chair, School of Biochemical and Physiological Sciences, 1987-1990; all at University of Southampton. His research involves the study of neuronal circuits associated with behaviour of the model organism, Caenorhabditis elegans, the mechanisms of action of novel anti-parasite compounds (anthelmintics) and the evolution of classical chemical transmitters and neuropeptides in the metazoa.