303 density-functional-theory-molecular-dynamics Postdoctoral positions at Nature Careers
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business. As the largest private employer in the city – responsible for more than $5 billion annually in economic activity in the region – we offer the opportunity to work in a dynamic and diverse
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, enabling on-demand production and repair using recycled plastics and high-performance materials. By incorporating dynamically crosslinked recycled plastics, the project enhances mechanical properties and
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this model with experimental data, you will uncover how RNA-binding proteins “read” this tag to determine the mRNA’s fate. This exciting work connects molecular biology and mathematical modeling, and helps
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involved in or lead major projects to understand the genetic architecture of molecular traits alone and in interaction with the environment. S(h)e will help in defining the direction of scientific work
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or lead major projects to understand the genetic architecture of molecular traits alone and in interaction with the environment. S(h)e will help in defining the direction of scientific work, conducting
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and is initially limited to 2 years. The successful candidate will work in a dynamic international team situated in a world-renowned institute with cutting-edge infrastructure for cryo-EM and cryo-ET
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, inflammasome components, and adaptor proteins such as cGAS , AIM2, and TLRs . Our research integrates cryo-EM, cell biology, and chemical biology to dissect how molecular architecture governs immune function
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) 2, BSL-3, and BSL-4 laboratories. Successful applicants will be part of an interdisciplinary team focused on understanding the cellular and molecular determinants of organ injury and dysfunction due
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care, research, and teaching. If you want to be part of a dynamic and inspiring environment where your ideas and commitment are valued, then you are in the right place with us. Apply easily by August
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: 34810257; PNAS (2023), PMID: 38048463; Nature Communications (2024), PMID: 38773107). Planned projects use a combination of advanced approaches, including molecular genetics, live cell imaging