This $2 Gadget Accurately Tests For the Zika Virus
Rahul Kalvapalle — July 6, 2016 — Lifestyle
References: news.upenn.edu & gizmag
A group of scientists and engineers working out of the University of Pennsylvania have developed an extraordinarily innovative and high-tech, fully electricity-free diagnostic device that is designed to make it easier than to carry out supremely accurate and rapid diagnosis of the Zika virus in a short amount of time.
This diagnostic device makes use of a novel new test that seeks out genetic material from the Zika virus to confirm its presence. This represents a significant improvement over previous methods that depended on antibody detection, as that particular method can lead to false results.
The gadget uses a special heated up to allow for temperature control without the need for electricity. Its biggest advantage is that it costs only $2 to produce, making it possible to leverage its high-tech gifts to save lives.
This diagnostic device makes use of a novel new test that seeks out genetic material from the Zika virus to confirm its presence. This represents a significant improvement over previous methods that depended on antibody detection, as that particular method can lead to false results.
The gadget uses a special heated up to allow for temperature control without the need for electricity. Its biggest advantage is that it costs only $2 to produce, making it possible to leverage its high-tech gifts to save lives.
Trend Themes
1. Electricity-free Diagnostics - Disruptive Innovation Opportunity: Create affordable and accurate diagnostic devices that do not require electricity, allowing for easier and more accessible testing in low-resource areas.
2. Genetic Material Testing - Disruptive Innovation Opportunity: Develop diagnostic devices that can detect and confirm the presence of diseases or viruses by testing genetic material, providing more accurate results compared to antibody detection.
3. Low-cost Medical Devices - Disruptive Innovation Opportunity: Design low-cost diagnostic devices that can be produced at a low price, making them widely accessible and enabling effective healthcare solutions in resource-constrained environments.
Industry Implications
1. Healthcare Technology - Disruptive Innovation Opportunity: Combine technology and healthcare to develop cutting-edge diagnostic devices that improve accuracy, accessibility, and affordability.
2. Biotechnology - Disruptive Innovation Opportunity: Explore advancements in biotechnology to develop diagnostic devices that utilize genetic material testing for a wide range of diseases and viruses.
3. Medical Manufacturing - Disruptive Innovation Opportunity: Innovate in the field of medical device manufacturing to create low-cost, electricity-free diagnostic devices that can be mass-produced and distributed efficiently.
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