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Research Details

Dopamine and the Causes, Prevention, and Advanced Treatments of Parkinson’s Disease

Dopamine and the Causes, Prevention, and Advanced Treatments of Parkinson’s Disease

Research Project by Gifted Gabber Alumni - Jeremy Nashid

Project's Result

Published in the Journal of Student Research: Access the Full Paper Here

 

Gifted Gabber Research Program

This impactful research was conducted during the 2022 Research Program at Gifted Gabber, under the guidance of Research Professor Rajagopal Appavu and Mentor Coach Jo.

 

Research Summary

Jeremy Nashid’s research offers a profound exploration into the role of dopamine in the onset, progression, and treatment of Parkinson’s Disease (PD). This study delves into the biological mechanisms that underpin the disease, with a focus on dopamine depletion and its cascading effects on motor control and cognitive function.

The research highlights innovative approaches in preventing and managing Parkinson’s Disease, including advanced therapies such as deep brain stimulation, dopamine replacement strategies, and emerging gene therapies aimed at restoring dopamine levels. Jeremy’s analysis sheds light on potential breakthroughs in therapeutic interventions, emphasizing early detection and personalized treatments to slow disease progression.

Key findings suggest that while traditional treatments focus on symptom management, advanced therapies offer hope for addressing the root causes of dopamine dysregulation. Jeremy’s work underscores the importance of continued research in developing preventative measures and refining treatment modalities for individuals at risk or living with Parkinson’s Disease.

This publication not only contributes to the growing field of neurodegenerative research but also serves as an inspiration for young scientists to explore innovative solutions for complex medical challenges.