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. Responsibilities and Essential Duties 1. Design and conduct laboratory- and pilot-scale experiments in hydrometallurgical operation. 2. Develop and optimize unit operations such as physical separation, leaching
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, genomics, wearable data, and unstructured clinical text). Design, implement, validate, and optimize computational methods and analytical pipelines to address clinically relevant research questions. Develop
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the supervision of a senior scholar. Knowledge of commercial FEA package Abaqus and the programming language Python. The successful candidate will have a good knowledge of numerical implementation of plasticity
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techniques such as cloning, PCR, mutagenesis, DNA extraction, gel electrophoresis 4. Knowledge of protein/antibody discovery and optimization using in vitro display (such as phage or yeast) technology 5
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University of New Hampshire – Main Campus | New Boston, New Hampshire | United States | about 2 months ago
Design and Research Execution (60%) Design, perform, and optimize experiments investigating chromatin remodeling, transcriptional regulation, and gene expression. Utilize model organisms, including
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the opportunity to interact and potentially collaborate with other department members working in this area, including David Grant, Duncan Purves, and Amber Ross, as well as numerous AI researchers in
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or proteins. More details can be found: https://yanjun-li.com.html . Additional duties of the role will include, but are not limited to: Leading the development and optimization of the AI and/or computational
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multidisciplinary and highly collaborative research team and will lead research projects tailored to the candidate’s interest. The candidate will also have numerous opportunities for career and professional growth
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About the Opportunity JOB SUMMARY The Blazek group performs research in cosmology, including both theoretical, observational, and numerical methods. We are involved in analysis of DES data and
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should have research experience in mathematical biology, preferably using theoretical and numerical approaches to understand mechanisms in biological systems. The successful candidate will work under the