Technical Description
This disclosure introduces a low-cost, portable apparatus that tracks real-time variations in laser speckle contrast to monitor dynamic microbial changes. By capturing speckle pattern shifts over time, the system bypasses slow incubation periods to determine cell viability, morphological adaptations, and antimicrobial susceptibility directly during the lag phase.
Problems Addressed
- Laborious Incubation Protocols
- Inefficient Growth Metrics
- Lacks Morphological Markers
- Deficient Culture-Negative Detection
- Time-Consuming Subculturing Steps
- Inadequate Real-Time Parameters
Tech Features
- Enhanced Speckle Tracking
- Continuous Sensor Tracking
- Automated Deficit Detection
- Immersive Virtual Tutoring
- Dynamic Feedback Rendering
- Automated Performance Evaluation
Target Audience
- Clinical Diagnostic Device Industries
- Antimicrobial Research Development Sectors
- Point-Of-Care Tool Manufacturing Industries
- Pharmaceutical Quality Control Sectors
- Automated Microbiology Hardware Industries
- Research & Development
Tech ID: P13-2289 TRL 6 Patent Status: Granted Available For Exclusive and Non-exclusive License
