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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 3 months ago
, Competencies, and Experience Experience working with bacteria and mouse handling. Preferred Qualifications, Competencies, and Experience Experience with flow cytometry and mouse models of IBD. Special Physical
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: Cultures and quantitates pathogenic and non-pathogenic bacteria and viruses including M. Tuberculosis and SARSCoV2 requiring work in BSL3 facilities. Performs detailed MICs and DNA/RNA extraction of above
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: Cultures and quantitates pathogenic and non-pathogenic bacteria and viruses including M. Tuberculosis and SARSCoV2 requiring work in BSL3 facilities. Performs detailed MICs and DNA/RNA extraction of above
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of high-latitude marine ecosystems. We work on a large variety of organisms, ranging from bacteria through plankton, benthic animals and parasites, to top predators such as fish and marine mammals, and
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susceptibility testing. Work schedule: 60% FTE (24 hours per week) Schedule to be discussed with the hiring manager Day shift What you’ll contribute: Perform various tests for the identification of bacteria, yeast
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within the scope of the project with reference number IN1458 - COMPETE2030-FEDER-00675300_GAINPD, title: “Stopping PD with new anti-inflammatory mediators derived from bacteria”, number 15658, Operation
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for bacteria—our previous work has shown that LGT plays a significant role in grass evolution by spreading adaptive genes between species. This project will explore the ecological conditions that facilitate LGT
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, including our strength in shared use facilities. UC Santa Barbara Engineering is home to the NSF Biofoundry for Extreme and Exceptional Fungi, Archaea, and Bacteria (ExFAB), the BioPACIFIC NSF Materials
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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
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Overton (School of Chemical Engineering) on an exciting BBSRC funded project “Understanding the rules of impermeability in Gram negative bacteria”. The successful candidate will join a multidisciplinary