Closed-loop control systems have emerged as transformative tools in precision therapy, enabling real-time monitoring of patient's physiological conditions and automatically adjusting treatments based on direct feedback.
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closed-loop control systems
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Closed-loop systems have transformative potential in precision therapies including diabetes management and neurostimulation.
Closed-loop control systems enable real-time monitoring of physiological conditions and automatic treatment adjustment based on direct feedback.
By integrating sensing feedback with on-demand therapeutic interventions, closed-loop systems can improve accuracy, adaptability, and effectiveness while reducing over-treatment and under-treatment risk.
Closed-loop devices are categorized into self-sustained and externally triggered types.