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continuously and precisely sense and process molecular signals among infectious bacteria colonies for diagnosis. The receiver development will consider novel design principles combining approaches in biosensors
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career in higher education and research, in and outside academia. Your immediate leader will be the Head of Department. About the project The mucosal surface is a universal dynamic interface between higher
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validation of a multiplex qPCR for use on different sample materials Collect and analyse field samples from pig herds and slaughterhouses Validate and use oral fluid sampling to investigate shedding dynamics
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infield grazing areas: Plant-soil-herbivory feedback on plant production and soil carbon dynamics” (SCANGRAZ), financed by the Research Council of Norway. The applicant is made aware that an application
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validation of a multiplex qPCR for use on different sample materials Collect and analyse field samples from pig herds and slaughterhouses Validate and use oral fluid sampling to investigate shedding dynamics
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reconfiguration of how professional services structure their labor, sustain legitimacy, and balance human and algorithmic capabilities. These dynamics can be studied through both qualitative and quantitative
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. Experience with simulators for robotic systems. Experience with implementation of real-life robotic systems. Strong skills in mathematics, excellent capacity for mathematical formalism, and ability to grasp
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motivated researcher to lead a project aimed at dissecting the molecular determinants of previously undefined forms of CTL-induced cancer cell death and evaluating the physiological relevance of these novel
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the employment period as the doctoral work progresses. Required selection criteria Relevant Master’s degree in biotechnology, molecular biology, microbiology, or synthetic biology (120 ECTS at master’s level or
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provide insights into developing a receiver system that can continuously and precisely sense and process molecular signals among infectious bacteria colonies for diagnosis. The receiver development will