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meticulous animal inventory records. Conduct transgenic mice genotyping. Perform sterile technique in handling of immune-compromised mice IP/IV/Orthotopic injections into various types of mouse strains
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patient care. Key Responsibilities: Participate in ongoing studies of mouse models. Working with laboratory animals (e.g., rodents). Involvement in maintaining transgenic mouse colonies and performing
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 6 days ago
surgery and ethanol self-administration in mice. Experiments use transgenic mice that will be bred in house. Minimum Education and Experience Requirements Demonstrated possession of the competencies
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mouse model of Marfan syndrome. To carry out this project it will be necessary to generate a mix mouse model with Marfan syndrome expression the Keap1-Nrf2 indicator (transgenic mouse model named OKD48
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QUALIFICATIONS: Prefer a degree in the Biological Sciences. Willingness to learn new techniques and is passionate about doing science. Experience in handling mice and conducting assessments of transgenic mice
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. To evaluate the impact of these MPs on thyroid function using the regulatory XETA assay (TG 248), developed and mastered in the laboratory, on transgenic lines. An additional study on neuronal and
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maintaining transgenic mouse lines including blood collection, ear tagging, and tail clipping. Experience in laboratory management, such as ordering supplies, preparing reagents, and maintain lab organization
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: Experience with genomic large-language models, plant transgenic design and evaluation, and nitrogen metabolism pathways. The initial appointment is a 1-year term renewable contingent upon continued funding and
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bioinformatics. Preferred Qualifications: Experience with genomic large-language models, plant transgenic design and evaluation, and nitrogen metabolism pathways. The initial appointment is a 1-year term renewable
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infrastructure. The successful candidate will utilize transgenic mouse models to characterize neuropeptide function in various brain regions using in vivo electrophysiology, in vivo fiber photometry and various