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Low-cost telemedicine & prosthetic improvement kits for amputees On the MIT Global Challenge: http://globalchallenge.mit.edu/teams/view/192TRANSCRIPT
1.7 M amputees in the US (2008)
• 185 000 amputations / year → Vascular system, Diabetes, Cancer, Trauma, …
• Prosthesis fitting
• Very complex
• Painful
• Needs adjustments (weekly → yearly)
• Visits to clinic
• Costly
• Transportation: Difficult for amputee
• Problematic in remote areas
• Medicaid pays for majority → US govt interested in:
• Saving costs
• Improve quality
• Reduce hospital & clinic visits by 80% → huge savings
• Worldwide problem & global market: Europe, India & Developing countries
BodyNotes: Low-cost telemedicine for amputees David Sengeh, M.Sc. Candidate, BioMechatronics, MIT Media Lab Alex Olwal, M.Sc., Ph.D., Post-doctoral Researcher, Camera Culture, MIT Media Lab
•Minimize visits (patient: time & effort, health care: time & cost)
•Better adjustments → Improve quality of care
•Real-time remote collaboration for patient & prosthetist
Remote consultation to improve prostheses1. Patients tracks pain:
• Time• Intensity• Location• Type
2. Patient uploads data → Health Record System
3. Prosthetist downloads data → mobile / desktop• Improvements over time• Statistics / graphs
4. Prosthetist + Patient connect remotely (PC + mobile) → Shared screen• Patient shows problem• Prosthetist suggests adjustments
w/ Prosthetic Improvement Kit• Patient adjusts on their own
Prosthetist’ office Patient’s home
Part from Kit
Tele-medicine app
Prototype software implemented & tested
• 2 Android mobile clients• Java & Flash
• Open Source Electronic Health Record • IndivoX + CollaboRhythm platform
• PC-based tool for Prosthetist / Doctor• Java• Processing
• Connects over 3G, Wi-Fi & 4G
Prosthetic Improvement Kit: 1st prototype kit modelled & manufactured
3D model
(SolidWorks)3D-printed mold Silicone Insert Socket + Insert