Non-invasive in-vivo sensing of metabolites with a novel optoacoustic spectroscope in the SWIR

Keyphrases

• Optoacoustic 100%
• Spectroscope 100%
• In Vivo Sensing 100%
• Signal-to-noise Ratio 50%
• Laser Source 50%
• Optical Path 50%
• Signal-to-noise Ratio Gain 50%
• Spectral Peak 50%
• Spectrometer 50%
• Near-infrared 50%
• Real-time Correction 50%
• Concentration Change 50%
• Laser Beams 50%
• Intensity Change 50%
• Emission Profile 50%
• Laser Emission 50%
• Pulse Correction 50%
• Biomedical Measurement 50%
• Metabolite Concentrations 50%
• Pulse-to-pulse 50%
• Two-path 50%

Physics

• Spectrometer 100%
• Signal-to-Noise Ratio 100%
• Laser Source 50%
• Near Infrared 50%
• Optical Path 50%
• Laser Beams 50%

Engineering

• Signal-to-Noise Ratio 100%
• Laser Emission 50%
• Optical Path 50%
• Laser Beams 50%