用于可穿戴生物信号监测贴片的碳基电极

Ha-Chul Jung, Dahye Kwon, Seung-A Lee, J. Ahn, A. Kim, Young-Jin Kim, Jinhee Moon
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引用次数: 3

摘要

我们将碳纳米纤维(CNFs)混合在生物相容性弹性体(MED6015)中,制备了一种用于长期生物信号监测的新型贴片型柔性干电极。碳纳米管具有导电性好、价格低廉、易于分散于弹性体中等特点。制备的CNFs电极涂有粘性弹性体(m7 -9850),可以附着在皮肤上,不需要任何其他粘合剂。CNFs和弹性体的混合比例是不同的,以比较电学和力学特性。对心电图信号质量、汗液效应和运动效应进行了评价,结果表明该电极具有良好的信号质量和抗汗、运动效应的能力。生物相容性试验表明,该电极具有良好的生物相容性。这些电极可用于生物电位监测和可穿戴设备的长期测量。
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Carbon Based Electrode for Wearable Biosignal Monitoring Patch
We fabricated a novel patch type flexible dry electrode for long-term bio signal monitoring by mixing carbon nanofibers (CNFs) in biocompatible-elastomer (MED6015). The CNFs are high conductivity, low price and easy dispersed in elastomer uniformly related with CNTs (Carbon nanotubes). The fabricated CNFs electrodes are coated with sticky elastomer (MG7-9850) to attach on skins without any other adhesive. The mixing ratio of CNFs and elastomer is diverse to compare electrical and mechanical characteristics. ECG (Electrocardiography) signal quality, sweat effects and motion effects are evaluated and the fabricated electrode was shown good quality of signals and tolerant from both effects. Also the electrode was shown to be biocompatible from biocompatibility test. These electrodes could be used for the long-term measurement of bio potential monitoring and wearable devices.
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