Rapid Detection of Airborne SARS-CoV-2: A Revolutionary Device for Public Health

by peter January 10, 2020

written by peter January 10, 2020

Rapid Detection of Airborne SARS-CoV-2: A Breakthrough

Device Overview

Researchers have developed a groundbreaking device that can rapidly detect SARS-CoV-2, the virus that causes COVID-19, in the air within five minutes. This proof-of-concept detector has the potential to revolutionize the way we monitor and manage airborne viruses in public settings.

The device, known as a wet cyclone aerosol sampler, utilizes a unique design inspired by a previous device used to detect a protein in the brains of Alzheimer’s patients. It draws in air at a rate of 1,000 liters per minute, swirling it like a cyclone to trap viral particles in a liquid solution.

Detection Mechanism

After five minutes, a biosensor made of an electrode attached to nanobodies, immune system proteins derived from llamas, is used to analyze the solution. These nanobodies have a remarkable affinity for the spike proteins of coronaviruses, allowing them to detect the presence of the virus.

An electrical current is then passed through the sensor, causing the spike proteins to lose electrons. When a second sensor detects this change, the device confirms the presence of SARS-CoV-2.

Accuracy and Applications

In a study published in Nature Communications, the researchers demonstrated that the device is 77 to 83 percent accurate in detecting any of the coronavirus variants in the air. It was also able to successfully detect the virus in the apartments of two COVID-positive patients within just five minutes.

The device could have wide-ranging applications in healthcare and public health settings. It could be used to scan for the virus in hospitals, shopping malls, airports, and other public places, helping to identify areas of high risk and inform infection control measures.

Cost and Future Prospects

The current cost of building the device in a lab is estimated to be between $1,400 and $1,900. However, the researchers believe that with further development, the microwave-sized detector could be engineered to scan for other airborne viruses as well.

The team is currently exploring the potential to detect influenza, RSV, and other pathogens using the same technology. They believe that this device has the potential to revolutionize the way we monitor and manage airborne viruses, contributing to improved public health outcomes.

Additional Features and Benefits:

The device is designed to be portable and easy to use, enabling rapid deployment in various settings.
It provides real-time detection, eliminating the need for time-consuming PCR testing.
The nanobody-based sensor is highly sensitive and specific, allowing for accurate virus identification.
The cyclone-like particle trajectory ensures efficient capture of viral particles from the air.
The low cost of the device makes it feasible for widespread implementation in public settings.

peter

Peter is a marketer with a background in business and a passion for writing. With a keen eye for detail and a talent for crafting compelling narratives, Peter has carved out a niche for himself as a versatile contributor to LifeScienceArt.com, where he enjoys sharing his insights and expertise across a wide array of topics. Peter's journey into the world of marketing began with his university education in business. He earned his Bachelor's degree in Business Administration. His academic pursuits were characterized by a deep understanding of market dynamics, consumer behavior, and strategic planning. This foundation laid the groundwork for his successful career in marketing, where he has applied his knowledge to help businesses grow and thrive in competitive landscapes. Throughout his career, Peter has worked with a diverse range of companies, from startups to large multinational conglomerates, helping them develop and execute effective marketing strategies. His experience spans various industries, including technology, healthcare, and consumer goods, reflecting his adaptability and broad skill set. Peter's ability to blend analytical thinking with creative problem-solving has made him a valuable asset in any organization he works with. Despite his busy professional life, Peter has always made time for his true passion: writing. He finds joy in the written word and believes in its power to inform, inspire, and connect people. This passion has found a perfect outlet in LifeScienceArt.com, where he contributes to all sections of the site. Whether it's penning thought-provoking articles on the latest trends in life sciences, crafting engaging profiles of industry leaders, or writing insightful pieces on art and its intersection with science, Peter brings a unique voice and perspective to his work. One of the aspects Peter cherishes most about his role at LifeScienceArt.com is the opportunity to collaborate with a wonderful cohort of writers. He values the camaraderie and the shared commitment to excellence that characterize the team. Working alongside talented and passionate individuals inspires him to continually hone his craft and push the boundaries of his writing. Outside of his professional pursuits, Peter is an avid reader and a lifelong learner. He enjoys exploring new ideas, delving into diverse genres of literature, and staying abreast of developments in science and art. His curiosity and enthusiasm for learning are reflected in his writing, where he strives to bring fresh insights and a nuanced understanding to his readers. Peter's story is one of dedication, versatility, and a deep-seated love for both marketing and writing. His contributions to LifeScienceArt.com not only enrich the site's content but also underscore the importance of passion and collaboration in creating meaningful and impactful work.