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Tremor Reduction:

Vibrating gloves have shown to be effective in reducing hand tremors, a common symptom of Parkinson's disease.

Improved Hand Stability:

Some research indicates that these gloves can improve hand stability and coordination.

Alleviation of Other Symptoms:

Studies have suggested that vibrating gloves may also alleviate other symptoms like slowness, stiffness, and even mood swings and depression.

Non-Invasive and Reversible:

The gloves offer a non-invasive approach to symptom management, and the effects can be reversible.

Objective Symptom Monitoring:

Some gloves are designed to collect data on hand movements, which can provide objective information for doctors.

(Pipitsombut, 2023)

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Opinion:

My opinion is that Parkinson's gloves, such as the one developed by Chulalongkorn University, represent a highly promising and impactful innovation for improving the quality of life for individuals with Parkinson's disease, particularly within the geriatric population. While the technology is still evolving, its potential to provide a non-invasive, accessible, and immediate reduction in tremors could significantly enhance daily living and independence.

Rational:

The development of Parkinson's gloves represents a significant step forward in assistive technology for chronic neurological conditions. Its patient-centered, non-invasive nature and potential for direct symptom relief make it an exciting prospect for improving the lives of individuals with Parkinson's, especially within the geriatric population. Continuous research, focusing on broad efficacy, comfort, and affordability, will be key to realizing its full potential and integrating it effectively into comprehensive care strategies.

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Team:

Michall Williams: CliftonStrengths® Top 5

Responsibility: you take psychological ownership of what say you will do. You are committed to stable values such as honesty and loyalty.

Deliberative®: You are best described by the serious care you take in making decisions or choices. You anticipate obstacles.

Focus®: You can take a direction, follow through and make the corrections necessary to stay on track. You prioritize, then act.

Input®: You have a need to collect and archive. You may accumulate information, ideas, artifacts or even relationships.

Individualization®: You are intrigued with the unique qualities of each person. You have a gift for figuring out how different people can work together productively.

Team members:

Angelica - Analytical:

Analytical strength will perfectly complement this by bringing logical rigor to the evaluation. You can help dissect data, identify patterns, and ensure that the team's conclusions are based on sound evidence, which is crucial for any evaluation of an innovation.

Isaac - Ideation:

Ideation will bring a flow of new concepts and approaches to consider during the evaluation, ensuring you don't miss novel aspects or potential improvements for the innovation.

Andrew - Activator:

Activator will be essential for getting things off the ground quickly and pushing tasks to completion. You will ensure that the evaluation process stays dynamic and that plans translate into action efficiently.

Carter - Communication:

Communication strength will ensure that the team's message is clear, concise, and compelling to all stakeholders, from leadership to end-users.

Emily - Empathy:

Empathy provides a deeper understanding of the feelings and experiences of those affected by the innovation. You can help the team anticipate user needs, address concerns, and ensure the evaluation considers the human element comprehensively.

(Gallup, 2019)

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Weaknesses:

Variable Response:

Not all individuals respond to vibrating gloves, and the extent of benefit can vary greatly.

Need for Continued Research:

While promising, more extensive and rigorous studies are needed to confirm the effectiveness and safety of these gloves.

Potential for Benefits to Wane:

The long-term effects of vibrating gloves are still being investigated, and some studies suggest that benefits may not last indefinitely.

Size and Comfort:

Some users have found the gloves to be bulky or uncomfortable, particularly those with smaller hands.

Cost and Availability:

The cost and availability of Parkinson's gloves can be a barrier for some individuals.

Limited Generalizability:

Some studies have focused on specific populations or types of tremor, raising questions about the generalizability of the findings.

Potential for Interference with Other Therapies:

The use of Parkinson's gloves may require coordination with other treatments and medications.

(Pipitsombut, 2023)

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Mechanism:

The gloves use a specific pattern of vibrations to stimulate the nerves in the fingertips, aiming to "reset" the misfiring neurons in the brain that cause Parkinson's symptoms.

Initial Results:

Early trials at Stanford Medicine showed that the glove alleviated tremor, stiffness, and slowness in Parkinson's patients.

Development:

The glove was reverse-engineered by students who then developed a wearable version with a comfortable fit.

Future Potential:

The glove illustrates how technology might accelerate the development of treatments for Parkinson's disease.

Research and Development:

Researchers at Stanford Medicine, led by Dr. Peter Tass, are continuing to develop and refine the glove technology.

Availability:

While the Stanford research is a starting point, students have also developed a DIY version with open-source instructions. A nonprofit group is working to make the gloves accessible to those in need, regardless of their resources.

(TODAY, 2022)

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Scientists Develop Glove That Eliminates Parkinson’s Tremor