Integrated Electrochemical Sensing & Embedded Analytics
A modular, high-sensitivity breath analysis platform engineered for quantitative point-of-care detection across diverse volatile biomarkers.
PLATFORM ARCHITECTURE
CONDUCTOMETRIC PRECISION
Proprietary conducting polymer nanostructures engineered for rapid, reversible analyte binding with sensitivity down to parts-per-billion (ppb) thresholds.
MODULAR MULTI-CHANNEL SENSING
EMBEDDED INTELLIGENCE
Configurable sensor chambers allowing simultaneous interrogation of multiple target volatile organic compounds (VOCs) and metabolic gases.
Onboard machine-learning classification models designed to resolve overlapping gas signatures and eliminate environmental cross-talk.
Point-of-Care Clinical Utility
Platform Capabilities
Standard diagnostic workflows often rely on centralized laboratory instrumentation with long sample turnarounds. Heteron Biotechnologies integrates proprietary conductometric sensing architectures with onboard signal processing to bring quantitative volatile biomarker analysis directly to decentralized clinical environments.
Engineered for high selectivity, rapid baseline recovery, and minimal sample preparation.
Engineered for high selectivity, rapid baseline recovery, and minimal sample preparation.
Modular multi-channel architecture engineered for versatility:
- Parts-Per-Billion Sensitivity: Sub-ppm limit of detection for low-abundance target analytes.
- Rapid Interrogation: Real-time multi-gas data capture within minutes of direct breath sampling
- Configurable Arrays: Modular sensor chambers adaptable across diverse metabolic and volatile targets.
- Embedded Intelligence: Real-time signal classification designed to isolate target biomarkers from background environmental cross-talk.
- Digital Workflow Integration: Local data logging and secure export protocols for clinical correlation.
Interested in Technical or Clinical Collaboration?
At Heteron Biotechnologies, we transform breath analysis through cutting-edge technology. Our handheld devices leverage multi-analyte detection, AI integration, and advanced sensors to redefine clinical diagnostics, ensuring accurate and efficient medical evaluations.