Toward breath analysis on a chip for disease diagnosis using semiconductor-based chemiresistors: Recent progress and future perspectives

Medicine & Life Sciences

• Semiconductors 100%
• Smart Materials 95%
• Gases 49%
• Oxides 42%
• Metals 30%
• Biomarkers 22%
• Internet of Things 20%
• Halitosis 17%
• Temperature 16%
• Miniaturization 16%
• Graphite 15%
• Carbon Nanotubes 15%
• Acetone 13%
• Nanostructures 13%
• Humidity 13%
• Physiologic Monitoring 12%
• Carbon 11%
• Libraries 10%
• Lung Neoplasms 9%
• Asthma 9%
• Kidney 6%

Engineering & Materials Science

• Semiconductor materials 62%
• Biomarkers 43%
• Gases 26%
• Metals 22%
• Oxides 20%
• Chalcogenides 18%
• Pulmonary diseases 15%
• Patient monitoring 15%
• Acetone 14%
• Catalyst activity 14%
• Nanostructures 14%
• Adsorbents 13%
• Oxide semiconductors 13%
• Graphene 13%
• Chemical sensors 13%
• Medical problems 12%
• Carbon nanotubes 12%
• Sensors 11%
• Molecules 11%
• Screening 10%
• Atmospheric humidity 10%
• Pattern recognition 10%
• Moisture 10%
• Catalysts 9%
• Internet of things 9%
• Temperature 9%
• Carbon 8%
• Electric power utilization 8%
• Throughput 8%

Chemical Compounds

• Biological Marker 47%
• Semiconductor 40%
• Gas 37%
• Metal Oxide 29%
• Pattern Recognition 20%
• High Throughput Screening 18%
• Gas Sensor 17%
• Preconcentration 15%
• Humidity 15%
• Acetone 13%
• Adsorbent 13%
• Carbon Nanotube 12%
• Additive 11%
• Flow 11%
• Nanomaterial 11%
• Oxide 9%
• Metal 7%
• Molecule 6%