This Strain of Genetically Engineered Bacteria Helps Detect Pollution
Katherine Pendrill — August 11, 2015 — Eco
References: albertaboostr & fastcoexist
A team of Canadian scientists developed a strain of genetically engineered bacteria that can let researchers know when a body of water is contaminated. Polluted water is becoming a pressing issue in many parts of the world, meaning scientists need new tools to tackle the growing problem. This new pollution detection kit is designed to make it easier for researchers to monitor a body of water from afar.
The new kit is called the 'Field Ready Electrochemical Detector' and it contains a strain of genetically engineered bacteria that can monitor water pollution. Researchers can deploy the kit in a particular area and can then remotely monitor the quality of water. The kit generates an electric signal that is wirelessly transmitted to the researcher if any unwanted substances are detected in the water. The idea is that the kit can help researchers keep an eye on different areas, without the need to take a physical water sample.
The new kit is called the 'Field Ready Electrochemical Detector' and it contains a strain of genetically engineered bacteria that can monitor water pollution. Researchers can deploy the kit in a particular area and can then remotely monitor the quality of water. The kit generates an electric signal that is wirelessly transmitted to the researcher if any unwanted substances are detected in the water. The idea is that the kit can help researchers keep an eye on different areas, without the need to take a physical water sample.
Trend Themes
1. Genetically Engineered Bacteria - The development of genetically engineered bacteria for pollution detection presents disruptive innovation opportunities in environmental monitoring and remediation.
2. Remote Water Quality Monitoring - The introduction of the Field Ready Electrochemical Detector kit enables remote monitoring of water pollution, creating opportunities for efficient and real-time monitoring systems.
3. Wireless Sensing Technology - The integration of wireless signal transmission in pollution detection kits opens doorways for advancements in IoT-based environmental monitoring solutions.
Industry Implications
1. Environmental Monitoring - The pollution detection kits offer a disruptive innovation opportunity for the environmental monitoring industry to enhance water quality assessment and management.
2. Water Treatment - The use of genetically engineered bacteria for pollution detection presents potential disruptions in the water treatment industry by enabling targeted remediation strategies based on real-time data.
3. Wireless Technology - The integration of wireless sensing technology in pollution detection kits creates new possibilities for innovation in the wireless technology industry, particularly in environmental applications.
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