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related field. Preferred Education and Experience Applicants must hold a Ph.D. in biomedical engineering or related fields. Strong background in molecular and cell biology, genome editing. Strong systems
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in mice handling and colony management is advantageous but not mandatory. Previous laboratory research experience in neuroscience or molecular biology is desirable. The ideal candidate will have
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for more details). You will ideally have a strong background in molecular biology, genetics, tissue engineering, biophysics, imaging, microfluidics or related fields. Priority consideration will be given
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and future research projects. Conducting a range of research activities/experiments in an animal laboratory setting (behavior, cryosectioning, immunohistochemistry, molecular biology techniques, etc
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cryosectioning techniques and histological procedures. Implement molecular biology techniques to study changes in gene and/or protein expression in neural samples. Conduct data analysis procedures, keep organized
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-seq, CUT&TAG, and chromatin interaction). You should also have a PhD in a relevant subject, a sound understanding of molecular biology, and a strong publication track record in bioinformatics or related
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molecular biophysics and computational biology. Particularly important is experience with high performance computing, statistical inference and machine learning applied to biological sciences. Minimum
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efforts, and planning equipment and resource use. Expertise with basic molecular biology techniques and working with mice is highly desirable. Minimum Education and Experience Associate degree with a