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Department of Biology Faculty of SCIENCE University of Copenhagen Biogenic volatile organic compounds (VOCs) have a profound impact on local and regional climates. Yet, this impact is highly
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regions, and in an agricultural setting. In addition, we have developed a new system in the mid-infrared spectral region that can measure more gases including volatile organic compounds (VOCs), which
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from plants using GC-MS methods; Determining key VOCs that regulate screwworm fly behavior across different physiological conditions; Assist in developing ecological and habitat models to support
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offers a promising route for environmental cleanup, including wastewater treatment, toxic gas capture, and removal of volatile organic compounds (VOCs). However, significant challenges remain in shaping
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from plants using GC-MS methods; Determining key VOCs that regulate screwworm fly behavior across different physiological conditions; Assist in developing ecological and habitat models to support
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wetted materials can pose unacceptable risks in these applications. In breathing systems, elastomers can release volatile substances (VOCs) in the breathing gas path that the patient inhales directly
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Science and Technology, Campus Norrköping Research area The Laboratory of Organic Electronics (LOE, https://www.liu.se/loe ) at Linköping University is a world-leading research environment in organic
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(VOCs) that are associated with the skin's health. Minor sub-clinical skin health concerns (e.g. acne) will be pursued with participants in Luxembourg, while major skin health concerns related to the