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molecular activities in living mouse tissues. In this particular project, we will explore the fundamental mechanisms of how collective sperm dynamics emerge and link with reproductive functions, diseases, and
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developing theoretical studies and computer simulation on chromatin organization and dynamic (e.g. How enzymatic activity is involved in chromatin organization ). The chosen candidate will generate research
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Sinica, Taiwan). This project will involve developing theoretical studies and computer simulation on chromatin organization and dynamic (e.g. How enzymatic activity is involved in chromatin organization
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such as ship wakes, wind waves will be considered. The study of sediment transport will take the input from the wave dynamic simulations. Numerical simulations and experiments will be conducted. Job
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analysis of dynamic functional processes. We are currently seeking a highly motivated postdoctoral fellow to join Dr. Yan Jie’s and Dr. Alexander Ludwig’s group to work on mechanotransduction mechanisms in
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perspective. We are a multidisciplinary institute committed to developing new paradigms for biomedical research by focusing on the quantitative analysis of dynamic functional processes. We are currently seeking
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dynamic simulations. Numerical simulations and experiments will be conducted. Job Requirements Candidates with background in coastal and ocean engineering, especially with experience and knowledge in
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of novel devices that redefine industry standards. In line with our commitment to innovation, we are currently in search of a proficient modelling professional to join our dynamic team. As a key contributor
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Job Description The successful candidate will work with Dr. Boxiang Liu on performing snRNA-seq experiment and leveraging functional genomics approaches to understand the molecular mechanisms
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Job Description A bioinformatician/molecular microbiologist is sought to join a team working on metagenome-resolved biogeography and functional ecology of photosynthetic microbial communities under