This Wearable Biosensor Can Detect the SARS-CoV-2
Michael Hemsworth — June 29, 2021 — Lifestyle
References: wyss.harvard.edu & slashgear
This wearable biosensor has been developed by researchers at Harvard and MIT as a way to help detect for viruses and will enable a person to know if they have come into contact with them. The sensor works by being worn on a face mask and activated before going to work detecting for the SARS-CoV-2 virus as well as other pathogens. The device has a programmable design that could be used for detecting dangeroussuobstances as well to make it a versatile solution for a wide range of applications.
The wearable biosensor will indicate to the user a negative or positive result using a series of lines in a similar fashion to traditional home pregnancy tests to make it as easy to read as possible.
The wearable biosensor will indicate to the user a negative or positive result using a series of lines in a similar fashion to traditional home pregnancy tests to make it as easy to read as possible.
Trend Themes
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Wearable Biosensors — The trend of wearable biosensors is disrupting the healthcare sector by enabling real-time monitoring and detection of various diseases and health conditions.
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Smart Face Masks — The trend of smart face masks is disrupting the personal protective equipment (PPE) industry by combining safety features with advanced technology.
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Programmable Sensors — The trend of programmable sensors is disrupting multiple industries by enabling the detection of specific substances or conditions in real-time.
Industry Implications
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Healthcare — The healthcare industry can benefit from wearable biosensors in remote patient monitoring, disease management, and personalized healthcare.
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Personal Protective Equipment (PPE) Manufacturing — Smart face masks can provide additional safety and monitoring features that can enhance existing PPE offerings and create new market opportunities.
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Security and Surveillance — Programmable sensors can be used in security and surveillance to detect hazardous materials, explosives, or other threats in real-time to enhance safety measures.
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