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represent a novel type of quantum biosensor that exploits changes in luminescent properties in response to external stimuli. Compared to classical sensors, they offer the benefits of high sensitivity and
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also became interested in the metabolic pathways that cells to use incorporate biomass and generate energy. (1) Nutrient sensing by mTORC1 in vitro and in vivo. We seek to identify the glucose sensor
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significant advantages over classical sensors, including high sensitivity and resolution. One type of such quantum nanosensor is photoluminescent nanoparticles, whose detection is based on monitoring
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and selection of hypermodified aptamers against diverse targets (e.g. insulin and leptin) and application of the developed sensors for detecting biomarkers. University: Faculty of Science, Charles
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will be evaluated using MST or BLI and applied in sensors for detecting steroid hormones and neurosteroids. University: Faculty of Science, Charles University Group: Michal Hocek Group, Bioorganic and
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structure and properties at the nanoscale. Applications: Investigate how SEM-fabricated and 2D materials can be utilized in areas such as energy storage, nanoelectronics, and advanced sensors. Full time