TRKIR | Animal Laboratory Cage
TRKIR | Animal Laboratory Cage
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Design & Development of a laboratory cage system to track animal behavior and response to disease
Design & Development of a laboratory cage system to track animal behavior and response to disease
In developing the Pheno-Tracker project, I orchestrated a collaborative effort involving researchers, hardware and software developers, and myself to ensure its success. Working closely with researchers, we identified key disease monitoring needs and conceptualized the project's scope and objectives. I facilitated the coordination between hardware and software developers, overseeing the design and implementation of the system's components. Through hands-on involvement in animal laboratories, I personally conducted various experiments to test the system's efficacy in real-world scenarios, refining its functionality based on empirical data and insights gathered from the field. This collaborative approach enabled us to iterate and optimize the project, ensuring its readiness for broader application in disease monitoring and intervention research.
In developing the Pheno-Tracker project, I orchestrated a collaborative effort involving researchers, hardware and software developers, and myself to ensure its success. Working closely with researchers, we identified key disease monitoring needs and conceptualized the project's scope and objectives. I facilitated the coordination between hardware and software developers, overseeing the design and implementation of the system's components. Through hands-on involvement in animal laboratories, I personally conducted various experiments to test the system's efficacy in real-world scenarios, refining its functionality based on empirical data and insights gathered from the field. This collaborative approach enabled us to iterate and optimize the project, ensuring its readiness for broader application in disease monitoring and intervention research.
Pheno-Tracker: Revolutionizing Disease Monitoring in Animal ModelsÂ
Pheno-Tracker: Revolutionizing Disease Monitoring in Animal ModelsÂ
The Pheno-Tracker (TRKIR) Continuous Monitoring system revolutionizes disease monitoring in animal models by offering a sensitive, non-invasive approach that combines hardware and software. Utilizing long-wave infra-red (LWIR) cameras, the system records continuous video and precise body temperature measurements, providing near-real-time data on animal activity and physiological changes. Proof-of-concept experiments showcase its ability to identify disease symptoms correlating with viral progression, guiding interventions and experimental data collection.
The system's algorithms process raw image data to detect characteristic patterns and distinguish between healthy and disease variations, ensuring data comparability across experiments. Leveraging machine learning, the system rapidly identifies infectious agents and predicts disease outcomes earlier in the infection process, offering a comprehensive approach to experimental research in animal models of human disease.
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