Device for Monitoring Biological Volatiles Across Time
Description:
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Measuring changes as a result of chemical, environmental and mechanistic changes in the sample
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Multiplexing with other in vitro experiments for analyzing deep biological concepts
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Early biomarker detection for diagnosis and prognosis of cancer, infectious diseases and organ failure
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Incorporation into disease models, breath analyses and microbiological models
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VOC detection can be performed in a continuous manner for an extended period of time
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Readily scalable for multiplexed experiments
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Geometry allows for laminar flow of air with minimal VOC loss
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Integration of existing GC techniques facilitates rapid research and clinical adoption
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Allows for dual imaging capability that facilitate pairing VOC measurement with visual reporters capable of deep biological exploration
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Minimizes background/contaminant volatiles
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Can be combined with existing gas chromatography mass spectrometry instrumentation
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Controlled environment (temperature, oxygen, CO2) helps promote survival/growth
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Input gas can be controlled to test other conditions (hypoxia, hyperoxia, etc.)
- Case ID:
- M21-098L
- Published:
- 01-04-2022
- Last Updated:
- 06-20-2022
Categories
Bioanalytical Assays, Chemistries & Devices Life Science (All LS Techs) Chemical/Biological Sensors Medical DevicesFor More Information, Contact
- Jovan Heusser
- jheusser@asu.edu