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resolution imaging techniques and flow cytometry to address key questions. The prospective candidate should have the knowledge to perform cell culture works and a willingness to learn and trouble shoot new
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other molecular biology required for enzyme production and engineering, synthesis of substrates and product standards, high throughput screening of enzyme libraries, and application of computational
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and CFF grants (https://reporter.nih.gov/search/kpoQKsh8Pkqp4S1_RS1-PQ/project-details/11259946 ), which looks for fundamental insights into novel oxidative reactions, the exported proteins that depend
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imaging techniques and flow cytometry to address key questions. The prospective candidate should have the knowledge to perform cell culture works and a willingness to learn and trouble shoot new techniques
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Python · Experience with high performance computing · Development of reproducible analysis pipelines · Strong time management and organizational skills · Ability to work effectively as a team · Excellent
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under the supervision of Dr. Sebastian Dawid. The appointment will initially be for two years, with the possibility of renewal for a third year subject to satisfactory performance and the availability
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modifiers. We study maternal obesity — a rapidly rising but modifiable CHD risk factor — and its convergence with non-canonical WNT/Planar Cell Polarity signaling. Using a clinically relevant high-fat-diet
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. Experience using high-performance computing and/or cloud computing. Ability to work independently as well as collaboratively in an interdisciplinary research environment. Strong written and oral
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the processes that take place in the bacterial cell envelope with emphasis into oxidative protein folding. The overarching goal for this position is to make timely progress on our NIH and CFF grants (https
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required for enzyme production and engineering, synthesis of substrates and product standards, high throughput screening of enzyme libraries, and application of computational protein design tools. Careful