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Migliaccio Group - Assoc Professor Americo Migliaccio

The vestibulo-ocular reflex (VOR) is important for maintaining visual stability during tasks that move the head rapidly and unpredictably, for example, as occurs during running or when driving on a bumpy road. The vestibular organs, one in each inner ear, sense rotational and linear head motion and move the eyes to compensate for passive head movements. The vestibular organ can be damaged by disease, degenerative conditions and by chemical or surgical interventions. When both vestibular organs are damaged it can be severely debilitating. The research in this laboratory has two closely related goals: 1) to understand the signal processing mechanisms that control the VOR by analysing vestibular-evoked eye movements and single-unit (vestibular nerve) recordings; and 2) to apply this knowledge of basic vestibular physiology to the diagnosis and treatment of balance disorders in humans.

Associate Professor, Neuroscience Research Australia
Conjoint Associate Professor, Graduate School of Biomedical Engineering, University of New South Wales
Adjunct Associate Professor, School of Medicine, Biomedical Engineering, Johns Hopkins University, USA.

Dr Americo Migliaccio heads a research group that investigates the neural mechanisms underlying the vestibulo-ocular reflex (VOR). He is particularly focused on determining the neural mechanisms important for recovery after injury of the vestibular organ. He also has a strong interest in developing improved diagnostic methods that objectively measure vestibular function.

Click here to access Dr Migliaccio's research papers:

Featured items

 
"Maintaining a Balanced Life"
NeuRA
Brainworks Issue 34
"A Quest for Balance"
UNSW School of Medicine
Newsletter Nov 2009
"The Body's Balancing Act"
NeuRA
Brainworks Issue 38

 

Development of a human video-oculography system

We are developing methods to accurately measure binocular 3D eye position during rapid head rotations using a novel technique developed by Dr Migliaccio.

The role of vestibular efferents on the VOR

A series of studies will determine the role of vestibular efferents in the normal VOR and their role in VOR recovery (compensation) following injury of the vestibular organ.

VOR adaptation

A series of studies will determine the neural mechanisms necessary to adapt/modify the VOR response.

Research team 
Dr Americo Migliaccio's picture
Assoc Professor Americo Migliaccio
Associate Professor, Neuroscience Research Australia
Conjoint Associate Professor, Graduate School of Biomedical Engineering, University of New South Wales
Dr Serajul Khan's picture
Dr Serajul Khan
Research Officer
T: +612 9399 1018
E: s.khan@neura.edu.au
Dr Rebecca Lim's picture
Dr Rebecca Lim
Honorary Research Fellow
Georg Poller's picture
Georg Poller
Research Assistant
Patrick Hubner's picture
Patrick Huebner
PhD Student
T: +612 9399 1039
E: p.huebner@neura.edu.au
Christopher Todd's picture
David Grenet's picture
David Grenet
PhD Student
T: +612 9399 1827
E: d.grenet@neura.edu.au
Tanvir Ahmed's picture
Tanvir Ahmed
Research Assistant
Mohammed Mahfuz's picture

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