LIFE&SEMI
The lack of continuous monitoring in clinical studies limits precision in medical decisions. Isolated data fails to capture the dynamic health influenced by various factors, creating uncertainty in advanced theragnostic contexts and businesses related to health and safety.
PHOTOFERMIONIC E-NOSE uses AI-driven sensors to detect monitors metabolism results ( biomarkers ) like cancer by analyzing volatile organic compounds (VOCs). in plants, animals, and pests, ensuring quality in industries by measuring factors like fruit ripeness and flavor. This non-invasive “biopsy” offers precise, real-time health and quality assessments without intrusive procedures, enhancing diagnostics and quality control across various sectors.
