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Cricket and golf biomechanics

This project is a cluster of available studies on sports biomechanics with partucular emphasis on cricket and golf: Segment velocity contribution in cricket bowling  Power flow analysis of injury susceptible bowling actions  Three-dimensional kinematics and lower lumbar kinetics analysis of the golf swing Upper body kinetics analysis of the golf swing  Biomechanics analysis of cricket batting drives  Biomechanics analysis of cricket throwing and baseball pitchingEEG, attention and golf putting mechanics  EEG and focussing strategies of elite cricket batters  Kinematics and kinetics analysis of kicking in soccer, rugby and AFL footballKinematics and kinetics analysis of tennis serve, forehand and backhand strokes . more...

Supervisor(s):

Ferdinands, Edouard Rene (Dr)

Research Location:

Exercise, Health and Performance Faculty Research Group, Faculty of Health Sciences

Program Type:


Keywords:

Back injury, spondylolysis, spondylolisthesis, shoulder counter-rotation, crunch factor, anxiety, sport psychology, yips, Biomechanics, kinematics, kinetics, power cricket, batting, bowling, fielding, throwing mechanics, golf, driving, putting, electroencephalography, EEG, technique, Movement disorders, Health & lifestyle, Human body, Movement, fast bowling, spin bowling, swing bowling, kicking, rugby, soccer, side-kick, instep kick, tennis, serve, forehand, backhand

Stress and coping among Indian sub continent Adolescents

Stress, Coping Strategies, Life Satisfaction, and Adaptations among Indian Subcontinent Adolescents.. more...

Supervisor(s):

Sitharthan, Gomathi (Dr)

Research Location:

## Discipline of Behavioural and Community Health Sciences

Program Type:

PHD

Keywords:

Indian subcontinent adolescents, stress, Coping Strategies, Life satisfaction

Development and evaluation of a reliable and valid image evaluation system for digital mammography

The image evaluation system for digital mammography project will focus on the development of a tool which will maximise optimal outcomes for women participating in breast screening by ensuring that all breast tissue is present on the digital images and can be visualised effectively.. more...

Supervisor(s):

Brennan, Patrick (Professor)

Research Location:

Medical Imaging and Radiation Sciences Faculty Research Group, Faculty of Health Sciences

Program Type:

Masters/PHD

Keywords:

Breast Cancer, Breast imaging, Digital mammography, Breast screening, Image evaluation systems, Cancer & leukaemia, Professional practice, Public health & social medicine

Validation of simulated noise on breast and chest radiology images

The establishment of simulated noise that represent actual reductions in patient exposure for chest and breast images.. more...

Supervisor(s):

Brennan, Patrick (Professor)

Research Location:

Medical Imaging and Radiation Sciences Faculty Research Group, Faculty of Health Sciences

Program Type:

Masters/PHD

Keywords:

ROC analysis, X-ray examinations

Establishment of optimum viewing times for radiological images

The project will explore the optimum time period for identifying cancerous lesions on a radiographic chestimage.. more...

Supervisor(s):

Brennan, Patrick (Professor)

Research Location:

Medical Imaging and Radiation Sciences Faculty Research Group, Faculty of Health Sciences

Program Type:

Masters/PHD

Keywords:

visual perception, chest nodules, ROC

Unavailable

Cone-beam CT in radiotherapy implications of introduction into clinical practice

Cone-beam CT is a new real-time imaging procedure in radiotherapy that needs evaluation of its ability to detect positioning errors and the practicalities of its implementation in the workplace.. more...

Supervisor(s):

Cox, Jennifer (Associate Professor)

Research Location:

Medical Imaging and Radiation Sciences Faculty Research Group, Faculty of Health Sciences

Program Type:

Masters/PHD

Keywords:

Radiotherapy, Cone-beam CT, Electronic portal imaging, Patient positioning, Cancer treatment, Cancer & leukaemia, Pharmacology & therapeutics, Professional practice

Unavailable

Exercise in the heat: a new tool to protect muscle against injury and improve recovery?

This research study aims to demonstrate that prior heat exposure during exercise can subsequently protect the skeletal muscle from injury and improve recovery.. more...

Supervisor(s):

Caillaud, Corinne (Dr)

Research Location:

Exercise, Health and Performance Faculty Research Group, Faculty of Health Sciences

Program Type:

PHD

Keywords:

Skeletal muscle injury, Exercise physiology, skeletal muscle damage, human, heat exposure, heat shock proteins, Movement disorders, Human body, Movement, Professional practice