
Veritide technology uses optical techniques to rapidly and reliably detect and identify biologics. The non-invasive optical techniques require no wet chemistry, and are therefore suitable for use in surface and airborne samples, and can easily be applied to liquid samples. The technology is flexible, with applications in food and water quality analysis, biohazard detection, and medical diagnosis.
Widespread adoption of portable instrumentation enables rapid on-site detection of bacteria, viruses and other biological agents posing a threat to human safety and well-being. Applications include biohazard detection for first responders, pathogen analysis for foods, drug quality control, water safety, medical diagnoses and multiple other applications benefiting from rapid on-site identification and detection.
Veritide's novel technology overcomes many of the historical limitations of compact biological identification equipment and is well suited to hand-held devices and application-specific embedded solutions alike.
Rapid reliable detection and identification of biohazards is essential for effective biothreat management. Veritide technology provides fast and reliable results in the field enabling critical decision-making and effective management of public safety.
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Rapid detection and identification of chemical and biological agents are critical for enabling effective control and management of water and air supplies.
Rapid detection of biological agents in buildings, air condition systems and service ducts enables responsive control and containment of the biological agent, and effective management of the biothreat.
Real-time optical biological analysis of water supplies provides enhanced security and provides substantial savings of time and resources.
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Rapid optical food quality analysis provides quality assurance requirements and standards without the delay and expense of manual testing procedures. Rapid bacterial detection and enumeration in dairy products and plant provides substantial cost and time savings, and avoids costly storage of product while waiting for standard test results.
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Optical detection and identification techniques enable rapid diagnosis of diseases and infection, including Otitis (glue ear) and bacterial infections and superbugs. Rapid diagnosis techniques can save time and resources, thereby improving patient healthcare.
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