Assoc Prof Dean Mills
Name | Dean Mills |
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Position | Associate Professor (Exercise Physiology) |
Section | School of Health and Medical Sciences |
Office | Ipswich P214A |
Location | Ipswich Campus |
Phone | +61 7 3812 6147 |
Extension | 6147 |
Qualifications | PhD Nottingham Trent |
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Physiology not elsewhere classified
( 060699)
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Human Movement and Sports Science not elsewhere classified
( 110699)
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Medical and Health Sciences
( 110000)
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Systems Physiology
( 320803)
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Sports Science And Exercise not elsewhere classified
( 420799)
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Medical Physiology
( 320800)
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Sports Science And Exercise
( 420700)
Respiratory system limitations to exercise in health and disease focusing upon:
1. The physiological consequences of an increased work of breathing.
2. Age-related changes in respiratory muscle function during exercise.
3. Exercise-induced inspiratory muscle fatigue and its effect on locomotor muscle function.
Current projects:
1. Resistive Breathing and Oxidative Stress.
2. Ageing Influences upon the Respiratory Muscle Metaboreflex.
3. Functional Significance of Respiratory Adaptations to Inspiratory Muscle Training and the Exercise Response.
Potential graduate students should email or phone.
American College of Sports Medicine.
Australian and New Zealand Society of Respiratory Science.
European Respiratory Society.
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Centre for Health Sciences Research (CHSR)
SES8005 Advanced Exercise Physiology
SES2104 Exercise Physiology
SES2201 Health, Exercise and Sport Assessment
5 Years
5 Years
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Physiology not elsewhere classified
( 060699)
-
Human Movement and Sports Science not elsewhere classified
( 110699)
-
Systems Physiology
( 320803)
-
Sports Science And Exercise not elsewhere classified
( 420799)
-
Medical Physiology
( 320800)
-
Sports Science And Exercise
( 420700)
-
Functional Significance of Inspiratory Muscle Training to the Respiratory Response to Exercise
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Dietary Interventions to Reduce Exercise-induced Bronchoconstriction and Airway Inflammation.
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Mechanisms of Exercise Limitation in Idiopathic Pulmonary Fibrosis
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Respiratory Limitations to Exercise in Endurance Trained Older Adults
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Determining the physiological relevance of training intensities relative to functional threshold power (FTP) for cyclists
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Too Old to Breathe? Respiratory Limitations to Exercise in Healthy Ageing