- Faculty of Health, Arts & Design
- School of Health Sciences
- Brain and Psychological Sciences Centre
- Department of Health and Medical Sciences
- ATC 932 Hawthorn campus
Research Director, Australian Centre for Electromagnetic Bioeffects Research (NHMRC Centre for Research Excellence in Electromagnetic Energy)
Biophysics; Bioelectromagnetics; Bioelectrics; Biomagnetism; Biomedical Engineering
PhD candidate and honours supervision
Higher degrees by research
Accredited to supervise Masters & Doctoral students as Principal Coordinating Supervisor.
Available to supervise honours students.
Honours topics and outlines
1. The possible effects of mobile phone radiation on heart rate variability: Concerns on possible health effects of mobile handset radiofrequency radiation have largely centred on brain cancer risks. However, with increasing use of smart phones typically held at chest height possible effects on heart rhythm should be considered. We will compare heart rate variability with a modified handset in ‘maximum transmit’ mode with zero output mode in double-blind, balanced design.
2. Accuracy of smart-phone based monitoring of physiological functions with wearable transducers and wireless transponders: There now on the market several wrist-worn devices for recording step activity, heart rate (with chest-worn electrodes), sleep patterns, elevation and global position and so on. Data is usually downloaded to a smart phone etc. The accuracy of such data depends on several factors. The project will compare these data with that gathered using more traditional and well- characterised methods
3. Can humans sense electrical current flowing in wires?: There is anecdotal evidence from electrical workers that some individuals have the ability to detect whether current is flowing in insulated cables by a mere touch of the insulation surface. This will be investigated using a cohort of electrical workers versus general public with several levels of ac current flowing (including zero) in a double-blind design.
Can humans sense the Earth's magnetic field?: Wheras birds, and other organisms have a magnetic sense, humans do not appear to. In the case of birds, there is evidence that visual pigments have a role. Humans are able to sense light polarisation via a phonomenon called 'Haidinger's Brush'. Whether there is a connection to magnetic sense needs investigation
Fields of Research
- Biomedical Instrumentation - 090303
- Cellular Nervous System - 110902
- Human Biophysics - 111602
Also published as: Wood, Andrew; Wood, A.; Wood, A. W.; Wood, Aihua W.; Wood, Andrew W.; Wood, Andrew William
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Recent research grants awarded
- 2012: Centre of Research Excellence Electromagnetic Bioeffects Radiation *; NHMRC Strategic Research Development Committee (SRDC)
- 2011: Cellular changes in rat cells following exposure to TMS waves *; Barbara Dicker Brain Science grant
- 2009: Investigating thermal and possible non-thermal effects of radiofrequency radiation in brain tissue *; NHMRC Project Grants
- 2008: Development of a novel method to investigate the thermal effects on small biological sample using termperature-dependent fluorescent dyes. *; Fluorescence Applications in Biotechnology and Life Science
- 2008: Up-regulation of the Cell Adhesion Molecules (CAM) by low-power radiation in a in vitro rat blood brain barrier (BBB) model *; Australian Institute of Nuclear Science and Engineering
* Chief Investigator
- 2012-08-16: Mobile phone risks - The Catalyst
- 2012-08-15: Explainer: what is the electromagnetic spectrum? - The Conversation