Step 1: Discovery
Coming across halted projects on mechanical vibration in tremor reduction, we decided to continue the journey on improving this innovation.
Description
Our journey began with extensive research into non-invasive solutions to counteract hand and arm tremors, specifically targeting idiopathic Stage 1 and 2 Parkinson’s patients. This led us into dynamic vibration technology, encouraged by such predecessors like the Emma Watch and the Parkinson Spoon. Compared with other electrical stimulation, gyroscopes, or damping devices, we want to develop a user-friendly and effective solution that will help people who suffer from tremors regain control and confidence in everyday activities.
Steps
- Research Existing Solutions: A study of existing non-invasive tremor reduction devices like the Emma Watch and Parkinson Spoon.
- Focus on Parkinson’s Patients: Target idiopathic Stage 1 and 2 Parkinson's patients to understand their needs. Resources from the Michael J. Fox Foundation helped us understand the progression of the stages of Parkinson's better.
- Identify Effective Technology: Dynamic vibration technology found to be most effective in reducing tremors.
- Compare Methods: Other methods were compared, which included electrical stimulation, gyroscope, and damping devices, by reading through comparative studies and expert reviews. According to the WHO, in 2019, PD caused 5.8 million DALYs and 329,000 deaths.
- Local Impact: In Malaysia, there are approximately 20,000 patients suffering from Parkinson's disease, whose prevalence is likely to increase five-fold over the next 20 years.
- Develop Concept: Designing a user-friendly sleeve that provides stability based on dynamic vibration technology to enhance the quality of life for patients with tremors.