Publications by authors named "Asmita Veronica"
Article Synopsis
- The rise of wearable technologies in telemedicine has led to an increased demand for comfortable and effective healthcare devices that can accurately monitor health signals from the skin.
- This review discusses the significance of stretchable electrical interconnects in wearable bioelectronics, exploring various materials (like metals, polymers, and carbon composites) and their mechanical and electrical properties, along with their design and fabrication techniques.
- The article also highlights successful examples of how to create reliable connections between soft and rigid parts of wearables, while addressing the ongoing research challenges and future opportunities in this field.
An Insight into Tunable Innate Piezoelectricity of Silk for Green Bioelectronics.
Chemphyschem
November 2021
Commercially available bioelectronics account for significant percentage of e-waste, especially battery waste, that demand immediate intervention due to rising environmental concerns. Consumers are becoming increasingly aware and cautious of their contribution to carbon footprint on a regular basis. It has become imperative to adopt sustainability in every aspect of production of bioelectronics taking into consideration the growing market for wearable healthcare monitoring system.
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