A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections

C. King; Abbie Fall; T. Quach; Carole Bartlett; Jennifer Rodger; Sarah Dunlop; Lyn Beazley

A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections

C. King, Abbie Fall, T. Quach, Carole Bartlett, Jennifer Rodger, Sarah Dunlop, Lyn Beazley

Research output: Chapter in Book/Conference paper › Conference paper

Original language	English
Title of host publication	22nd Symposium of Western Australian Neuroscience
Editors	A. Fall, B. Madja, M. Byrnes
Place of Publication	Australia
Publisher	Symposium of Western Australian Neuroscience
Pages	30
Volume	1
Edition	Nedlands, WA
Publication status	Published - 2003
Event	A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections - Nedlands, WA Duration: 1 Jan 2003 → …

Conference

Conference	A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections
Period	1/01/03 → …

Cite this

King, C., Fall, A., Quach, T., Bartlett, C., Rodger, J., Dunlop, S., & Beazley, L. (2003). A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections. In A. Fall, B. Madja, & M. Byrnes (Eds.), 22nd Symposium of Western Australian Neuroscience (Nedlands, WA ed., Vol. 1, pp. 30). Symposium of Western Australian Neuroscience.

@inproceedings{d91f9bbe9f7840958ca5c4668a0681cf,

title = "A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections",

author = "C. King and Abbie Fall and T. Quach and Carole Bartlett and Jennifer Rodger and Sarah Dunlop and Lyn Beazley",

year = "2003",

language = "English",

volume = "1",

pages = "30",

editor = "A. Fall and B. Madja and M. Byrnes",

booktitle = "22nd Symposium of Western Australian Neuroscience",

publisher = "Symposium of Western Australian Neuroscience",

edition = "Nedlands, WA",

note = "A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections ; Conference date: 01-01-2003",

}

King, C, Fall, A, Quach, T, Bartlett, C, Rodger, J , Dunlop, S & Beazley, L 2003, A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections. in A Fall, B Madja & M Byrnes (eds), 22nd Symposium of Western Australian Neuroscience. Nedlands, WA edn, vol. 1, Symposium of Western Australian Neuroscience, Australia, pp. 30, A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections, 1/01/03.

A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections. / King, C.; Fall, Abbie; Quach, T. et al.

22nd Symposium of Western Australian Neuroscience. ed. / A. Fall; B. Madja; M. Byrnes. Vol. 1 Nedlands, WA. ed. Australia : Symposium of Western Australian Neuroscience, 2003. p. 30.

Research output: Chapter in Book/Conference paper › Conference paper

TY - GEN

T1 - A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections

AU - King, C.

AU - Fall, Abbie

AU - Quach, T.

AU - Bartlett, Carole

AU - Rodger, Jennifer

AU - Dunlop, Sarah

AU - Beazley, Lyn

PY - 2003

Y1 - 2003

M3 - Conference paper

VL - 1

SP - 30

BT - 22nd Symposium of Western Australian Neuroscience

A2 - Fall, A.

A2 - Madja, B.

A2 - Byrnes, M.

PB - Symposium of Western Australian Neuroscience

CY - Australia

T2 - A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections

Y2 - 1 January 2003

ER -

King C, Fall A, Quach T, Bartlett C, Rodger J , Dunlop S et al. A possible role for the axon guidance molecule ephrin-A2 in activity-dependent refinement of regenerating central nerve connections. In Fall A, Madja B, Byrnes M, editors, 22nd Symposium of Western Australian Neuroscience. Nedlands, WA ed. Vol. 1. Australia: Symposium of Western Australian Neuroscience. 2003. p. 30