| Literature DB >> 31381353 |
Li-Chia Tai1, Tiffany S Liaw1, Yuanjing Lin1,2, Hnin Y Y Nyein1, Mallika Bariya1, Wenbo Ji1, Mark Hettick1, Chunsong Zhao1, Jiangqi Zhao1, Lei Hou1, Zhen Yuan1, Zhiyong Fan2, Ali Javey1.
Abstract
Levodopa is the standard medication clinically prescribed to patients afflicted with Parkinson's disease. In particular, the monitoring and optimization of levodopa dosage are critical to mitigate the onset of undesired fluctuations in the patients' physical and emotional conditions such as speech function, motor behavior, and mood stability. The traditional approach to optimize levodopa dosage involves evaluating the subjects' motor function, which has many shortcomings due to its subjective and limited quantifiable nature. Here, we present a wearable sweat band on a nanodendritic platform that quantitatively monitors levodopa dynamics in the body. Both stationary iontophoretic induction and physical exercise are utilized as our methods of sweat extraction. The sweat band measures real-time pharmacokinetic profiles of levodopa to track the dynamic response of the drug metabolism. We demonstrated the sweat band's functionalities on multiple subjects with implications toward the systematic administering of levodopa and routine management of Parkinson's disease.Entities:
Keywords: Parkinson’s disease; Wearable sweat sensor; dosage optimization; levodopa detection; noninvasive drug monitoring
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Year: 2019 PMID: 31381353 DOI: 10.1021/acs.nanolett.9b02478
Source DB: PubMed Journal: Nano Lett ISSN: 1530-6984 Impact factor: 11.189