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School of Engineering
Macquarie University
Faculty of Science and Engineering
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Network
Profiles
(102)
Projects
(340)
Research Outputs
(3978)
Prizes
(160)
Activities
(165)
Press/Media
(46)
Impacts
(5)
Research output
Research output per year
1970
2016
2017
2018
2019
2020
2021
2022
2023
2024
1909
Article
1452
Conference proceeding contribution
185
Review article
125
Chapter
307
More
59
Conference paper
46
Patent
33
Editorial
31
Abstract
25
Edited Book/Anthology
22
Other chapter contribution
20
Conference abstract
15
Book
12
Paper
7
Foreword/postscript/introduction
6
Meeting abstract
4
Entry for encyclopedia/dictionary/reference book
4
Comment/opinion
4
Preprint
3
Other report
3
Poster
3
Letter
2
Commissioned report
2
Website contribution
2
Working paper
1
Textbook
1
Other journal contribution
1
Literature review
1
Doctoral Thesis
Research output per year
Research output per year
4 results
Publication Year, Title
(descending)
Publication Year, Title
(ascending)
Title
Type
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Preprint
Search results
2023
Evidence that ultrafast non-quantal transmission underlies short-latency vestibular evoked potentials
Pastras, C. J.
,
Curthoys, I. S.
,
Asadnia, M.
,
McAlpine, D.
,
Rabbitt, R. D.
&
Brown, D. J.
,
17 May 2023
, (Submitted) (bioRxiv).
Research output
:
Working paper
›
Preprint
Evoked Potentials
100%
Synapses
94%
Vestibular Hair Cells
80%
Saccule and Utricle
72%
6-Cyano-7-nitroquinoxaline-2,3-dione
71%
Vestibular testing-new physiological results optimize clinical VEMP stimuli
Pastras, C. J.
&
Curthoys, I. S.
,
18 Oct 2023
, (Submitted)
19 p.
(Preprints.org).
Research output
:
Working paper
›
Preprint
Vibration
100%
Cochlea
95%
Glutamic Acid
79%
Afferent Neurons
59%
Neurotransmitter Receptor
55%
2022
A single fast test for semicircular canal dehiscence-oVEMP n10 to 4000 Hz-depends on stimulus rise time
Curthoys, I. S.
,
Burgess, A. M.
,
Manzari, L.
&
Pastras, C. J.
,
8 Jul 2022
, (Submitted)
9 p.
(Preprints).
Research output
:
Working paper
›
Preprint
Semicircular Canals
100%
Vibration
42%
Air
30%
Sensitivity and Specificity
28%
Bone and Bones
22%
Vestibular compound action potentials and macular velocity evoked by sound and vibration in the guinea pig
Pastras, C. J.
,
Curthoys, I. S.
,
Rabbitt, R. D.
&
Brown, D. J.
,
2 Oct 2022
, (Submitted) (bioRxiv).
Research output
:
Working paper
›
Preprint
Vibration
100%
Action Potentials
82%
Guinea Pigs
79%
Acceleration
25%
Ear
22%