hcs projects
TRANSCRIPT
The Department
CliveThursfield
David Pratt
David Harrison
Tom Stone
Jemma Newman
MikeRyan
RalfPalmer
JohnSpriggs
GeoffHarbach
5 RegionalRehab
Engineers
MarkTuckerpart II
trainee
HelenDaviespart I trainee
Kevin McGrath
Clinical Scientist
Clinical Technologists
Technicians
Clinical Scientist Trainees
Project Overview
HCS
ACT- clinical workCML-
clinical work
Cognitive Therapy
Devices Clinic
Posturography
Head Mouse
Virtual Reality Gait Re-training
Voice Recorder
Eye Gaze
Upper Limb Lycra Evaluation
Wheelchair Collision
Avoidance
Attention Call Response Monitoring
Amputee Rehabilitation
Prosthetic Socket Interface Pressure
Measurement
Quality System Development
Orthotic Serial
Casting
Biofeedback Weight Bearing
Average Gait
Velocity
Animated Exercise
Activities Daily Living
Measurement
Dysphagia Re-training
VR Errorless Learning
Transfemoral Amputee
Assessment
Environmental Control
Assessment Procedures
Lecturing MEng Biomedical Engineering
EMG Reporting
Methodology
CML Kinematics Modelling
External Devices Power Supply for
Wheelchairs Visual Display Depth
Prosthetic Liner
…….
Head Control of PC
Use your head..
Camera sits on monitor of PC
User wears reflective dot on
head.
Camera sees where the dot is and tells the computer to move
the mouse on the screen
Head Mouse Evaluation
• Only had one device to issue to patients £800 each
• Required technical and clinical evaluation of devices
• Comparison of dedicated head mice and web camera performances
• Potential Cost Savings so far this year of £2750
Dr. Thomas Stone Healthcare Science ©2008
Virtual Reality
• Using Virtual Worlds– Cognitive behavioural therapy– Errorless route learning– Augmenting traditional intensive
therapy
• Highly novel work– IP exploitation– “Paradigm” shifting
Photo’s courtesy of the Serious Games Department Birmingham University
Virtual Reality Gait Training
• Clinical need from medical staff for gait retraining in safe environment.
• Development of virtual environment and physical interface.
• Measure movement using current motion analysis suite in CML.
Effectiveness and Efficiency
Fully utilising expensive specialist equipment
– Supporting clinical services by income generation.
– Advancing Diagnostic Movement Analysis
Design and production of specialised patient equipment
There are no low-cost, simple body-worn communication aids
Therapist identified problem
•High level design skills•Use of sophisticated software•Communication with industry
•Design of prototype•Promotion with MidTech•Potential IP and income generation
Portable Communication
Income Generation
Measuring effectiveness
• How do we know if what we are doing is effective ?
• How do we compare alternative therapies ?
• How do we prioritise input ?• Measurement of Impairment
Posturography
Physiotherapists want to measure and record the balance of stroke recovery patients
Possible solution is use of a force platform
Highly Accurate
Very expensive
Concreted in laboratory
• Solution was to produce a mechanism to record the position of a digital pen on a digital tablet
• In-house data collection software is also being developed with input from the end user
• Quick and easy to implement
• Clinically viable?? – currently trialling with MSc student (University of Birmingham)
Dr. Thomas Stone Healthcare Science ©2008
Activities of Daily Living
• Quantifying Change– Investigating activity changes in patients– How does therapy affect change
• Ambulatory monitoring– Away from clinical environment
• Links to tele-rehabilitation and tele-health
Dr. Thomas Stone Healthcare Science ©2008
Activities of Daily Living
• Evaluate user feelings about new tools– Acceptance– Dignity
• Collaboration with industry– Get what we want, not what we’re given
• Monitor improvement– In “everyday” context– We know we make a difference but can
we prove it?
Foot Pressure Measurement
Current reporting methods for clinical foot pressures ambiguous
Clinical Scientist attended manufacturer training
Understand the equipment - hardware + software
Literature evidence
Feedback to MDT
New reporting methods being implemented
• Working towards implementing these measures into regular clinical practice within orthotics
• Evidence based practice
• Clinical effectiveness and biofeedback for patient
Lycra® Effectiveness
Measuring effect of Lycra® splinting on function in patients with multiple sclerosis
Healthcare Science used digital reaching tasks and functional movement to better quantify movement
Mean Jerk for movement
0
2000
4000
6000
8000
Without Lycra(n=2)
With Lycra(n=2)
Healthy control(n=12)
Jerk
(cm
/s3)
Historical measures qualitative – Clinicians observing tasks before and after Lycra® intervention
• Quick and easy to implement
• Routine measures within clinical environment available
• Accuracy
• Smoothness of movement (Jerk reduced = smoother movement)
• Time taken to carry out tasks
• Presented at Society for Research in Rehabilitation
New possibilities for patients and the Foundation Trust ?
A monthly Cognitive Technology Clinic has been setup where Health Care Scientists work along side Psychologists, PT’s, OT’s , and SLT’s bringing innovation to wider range of patients.
“Geoff, your
cooking is ready”
“Geoff, your
cooking is ready”
“Geoff, your
cooking is ready”
Kitchen
Lounge
Geoff puts on his speaking belt
He then puts his meal on the cooker and sets the system accordingly
He goes about his normal business ….
When his meal is ready a radio signal is sent to his belt
..and the belt speaks to him repeatedly until …He goes back to the kitchen, takes his food off the cooker and resets the system
…and eats his dinner !
Collaborations
HCS
Industry
Healthcare
Academic
ToumazETT
Sony
Physio
Prosthetics
Orthotics
SLT
Birmingham
Leeds Met
Bath
SurryVR
Gait analysisMech Testing
ADL
WheelchairStability
Computer Controls
Posture Measurement
ADL’s Lycra Outcomes
DysphagiaSerial Casting
Bio-feedback
Bespoke Wedges
Brunel
Biomechanics
ClinicalMeasurement
Gait analysis