Griffith University

  • Griffith Portal
  • Contact us
  • Current students
    • Ask us (current students)
    • Careers and employment
    • Fees and charges
    • Griffith Portal
    • Learning@Griffith
    • Library
    • New students
    • Programs and courses
    • Student email
    • Timetables
  • Current staff
    • Griffith Portal
    • IT support
    • Learning and teaching
    • Learning@Griffith
    • Library
    • Research
    • Staff resources
    • Staff email
  • Future students
    • Future Students
    • International students
    • Degree finder
    • Scholarships
    • How do I apply
    • Financing your degree
    • Important dates
  • About Griffith
    • About the University
    • Campuses
    • Schools and centres
    • Fast facts
    • Life at Griffith
    • Learning and teaching
    • Employment at Griffith
    • Sustainability
  • Research
    • Griffith research
    • Research centres
    • Research excellence
    • Research expertise
    • Research students
    • Griffith Enterprise
    • Research services
  • Alumni
    • Benefits and services
    • Giving to Griffith
    • Inspiring alumni
    • Online donations
    • Staff Alumni
Home > Health > School of Physiotherapy and Exercise Science > Research > Areas of expertise > Musculoskeletal physiology research

Musculoskeletal physiology research

  • Popular links
      • Learning@Griffith
      • Degree Finder
      • Student Email
      • Timetables
      • IT Helpdesk
      • Ask Us a question
      • Summer semester
      • Admissions
       
      With over 50,000 students, 5 campuses and research that's solving the problems of the world, there's a lot going on at our university. If you can't find the answer you're looking for at these popular links, we can answer your question at Ask us.
 
  • School of Physiotherapy and Exercise Science
  • Areas of expertise
  • Biomechanics research
  • Physiotherapy research
  • Musculoskeletal physiology research
  • Cardiopulmonary physiology research
  • Neuroscience research
  • Biochemistry research
  • Sports coaching

Projects

  • Overview of current Musculoskeletal physiology research projects

Staff

  • A/Prof Chris Barclay: Skeletal and cardiac muscle energy use.
  • A/Prof Belinda Beck: Physiology of bone loading, radiological grading.
  • Dr Glen Lichtwark: Muscle modelling and energy uses.
  • Dr Clare Minahan: High intensity training, gender differences.
  • Dr Benjamin Weeks: Osteoporosis interventions, exercise-induced bone loading.

Laboratory facilities

The school uses a range of equipment to investigate the physiology of muscle and bone. The muscle energetics laboratory measures heat output from muscles using custom built thermopiles (a very sensitive thermometer) to determine the amount of energy used during contraction. Researchers studying the effects of physical activity on bone growth utilise DXA (dual energy X-ray absorptiometry) to examine bone mineral density and body composition. Portable devices that can measure bone density through ultrasound are also used by staff when conducting research off-campus.

First peoples.

Aboriginal and Torres Strait Islander

  • Feedback
  • Privacy policy
  • Copyright matters
  • CRICOS Provider - 00233E
Gold Coast • Logan • Brisbane | Australia

Explore Griffith

Current students

  • Ask us (current students)
  • Griffith Portal
  • Learning@Griffith
  • New students
  • Programs and courses
  • Student email
  • Library

Current staff

  • Computing
  • Griffith Portal
  • IT support
  • Learning and teaching
  • Library
  • New staff
  • Staff email

Future students

  • Future students
  • International students
  • Degree finder
  • Scholarships
  • How do I apply
  • Financing your degree
  • Important dates

About Griffith

  • About the University
  • Campuses
  • Schools and centres
  • Fast facts
  • Life at Griffith
  • Learning and teaching
  • Employment at Griffith
  • Sustainability

Research

  • Griffith research
  • Research centres
  • Research excellence
  • Research expertise
  • Research students
  • Griffith Enterprise
  • Research services

Alumni

  • Benefits and services
  • Giving to Griffith
  • Inspiring alumni
  • Staff Alumni

Study areas

  • Business and commerce
  • Criminology and law
  • Education
  • Engineering and IT
  • Environment, planning and architecture
  • Health
  • Humanities and languages
  • Music
  • Science and aviation
  • Visual and creative arts

Information for

  • Guidance Officers
  • Higher degree by research
  • Indigenous students
  • International students
  • Media
  • Non-school leavers
  • Parents and guardians
  • Postgraduate students
  • School students
  • TAFE and tertiary pathways
view mode Standard :: Mobile