At ABIRA, the driving force behind our research programme is the desire to make interventions for people with Acquired Brain Injury even better,...
The ABIRA team is looking forward to welcoming back research participants to the Movement Exercise Lab (MovExLab). Please read our Participant Information Sheet which explains what to expect during your visit. We have also made a short video which we hope you will find helpful:
ABIRA has access to a range of research facilities in both Norwich and Cambridge. The facilities enable ABIRA to optimise resources into the study of rehabilitation following brain injury through disease or trauma. Further information can be found here.
MoveExLab Facility, UEA
The UEA-based MovExLab has three cohesive laboratory areas: Neurophysiology, Biomechanics and Exercise Physiology.
The equipment in each area enables researchers to make sensitive and objective measurements about how the human body responds during the execution of a given task. These measurements range from a person’s musculoskeletal/joint activity, their central nervous movement control and their rate of oxygen consumption when performing physical activity.
The data that is collected comes from a variety of everyday activities such as walking, standing up from a chair and picking up a cup. Other activities such as running, cycling and balancing tasks are also used in order to produce comprehensive results and conclusions.
The neurophysiology lab focuses on very specific measurements that relate to information about how the central nervous system (brain and spinal cord) is controlling movement. Techniques such as Transcranial Magnetic Stimulation (TMS) and Electromyography (EMG) measurements are used. The equipment used in this lab has been purchased from world leading manufactures in the area of Neurophysiology, which gives researchers a greater opportunity to look at these measurements in greater depth. Key equipment includes:
- Delsys Trigno Wireless EMG system
- Rapid2-biphasic TMS system
- Magstim200 TMS system
- Biometrics EMG system.
The biomechanics lab focuses on large movements such as gait and balance. Measurements such as force, centre of mass and joint angles are obtained whilst people are performing normal everyday activities such as walking (gait) or standing up from a chair. The equipment used in this lab has been purchased from world leading manufactures in the area of biomechanics, which gives researchers a greater opportunity to look at these measurements in greater depth. Key equipment includes:
- VICON 8 Camera Motion Capture System
- Codamotion Motion Capture System
- 3 x Bertec Forceplates
- Cybex Isokinetic Dynamometer
Exercise Physiology Laboratory
The exercise physiology lab focuses on the impact exercise has on the rehabilitation process after a brain injury has occurred. Research in this lab also looks at physiological aspects such as VO2 max and body composition with relation to stroke and other brain injuries.
The lab has been used as an exercise studio/gym during specific studies in the past and hosts a range of exercise equipment for use in rehabilitation studies, The equipment used in this lab has been purchased from world leading manufactures in the area of exercise physiology, which gives researchers a greater opportunity to look at these measurements in greater depth. Key equipment includes:
- Medical Graphics VO2 MAX system
- 2 x HP Cosmos Treadmills
- 4 x Monark 839E Peak Bikes
- 2 x Concept2 Rowers
- Blood pressure and heart rate monitors
- K Body Composition system
- Basic resistance equipment
Research Centres, Cambridge
In Cambridge, we are committed to achieving excellence in research and scholarship, and to ensuring that our research contributes to the well-being of society. This is achieved through our cutting edge research and centres of rehabilitation excellence such as:
The Brain Repair Centre
Wolfson Brain Imaging Centre
MRC Cognition and Brain Sciences unit
Oliver Zangwill centre
Current publications completed by members of the ABIRA are listed below. 2022 Knights, E., Smith, F.W. & Rossit, S. (2022) The role of the...