VAir provides a rapid, non-invasive diagnostic platform that identifies pathogens from a patient's breath sample in under three minutes. This point-of-care molecular testing achieves high sensitivity comparable to RT-PCR while offering significantly faster analysis times and lower per-test costs. The system automatically transfers diagnostic results directly into the Electronic Medical Record for streamlined clinical workflows.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for detecting airborne viruses often rely on bulky, expensive equipment and require trained personnel, making frequent and widespread monitoring challenging. This can lead to delays in identifying viral outbreaks and implementing timely preventative measures.
Solution
VAir offers a biotechnological platform for rapid, cost-effective, and reusable detection of multiple airborne viruses, including SARS-CoV-2 and influenza. The system utilizes nanobody-based detection modules to identify viral hazards in near real-time, enabling pre-symptomatic exposure assessment. Unlike traditional aerosol analyzers, VAir's technology allows for automatic and precise virus identification without manual intervention or additional biochemical assays. The modular design facilitates integration into existing HVAC and air quality monitoring systems, enhancing their functionality with advanced viral detection capabilities. Data is accessible through push notifications via a mobile application, text messages, emails, and webhooks.
Target Audience
The primary audience includes healthcare professionals and vulnerable populations seeking a cost-effective tool for accurate identification of exposure to viral hazards before symptom onset.
Features
- Nanobody-based detection modules for specific targeting of different virus species
- Simultaneous detection of multiple airborne viruses, including SARS-CoV-2, respiratory syncytial virus, and influenza
- Automatic and precise virus identification without manual intervention
- Adaptable biomanufacturing process to detect new viruses as their genome sequences are determined
- Integration into existing ventilation, air conditioning, and air quality monitoring systems
- Push notifications via mobile application, text messages, emails, and webhooks