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technology, which works by cutting a DNA sequence at a specific genome location and deleting or inserting genes there. The CRISPR-Cas method provides an excellent basis for the development of unprecedented
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zoonoses comes together. Applying molecular and cell biology techniques, including sequencing techniques and protein-based analysis methods. Collaborating with internal and external partners, including other
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pioneering biofabrication research. You will study cell behavior and MSC-chondron crosstalk using innovative techniques such as single-cell RNA sequencing. You will apply this knowledge to optimize
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evolution campaigns are not only laborious and time-consuming, but also cover only a miniscule fraction of the unimaginably large sequence space available. As a result, means to guide evolutionary
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cell RNA (scRNA) sequencing data using novel bioinformatic tools. Characterization of AML MRD using single cell transcriptomic and epigeneticanalysis This project aims to capture the heterogeneity of AML
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of data. In this role, you will develop: 1) 4D ultrasound imaging sequences using state-of-the-art ultrasound transducers, 2) AI models for ultrasound image processing and functional ultrasound imaging. Key
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of perspectives from engineering, design, work psychology, organisational science and innovation. There is also a project manager to help out with the challenge of scheduling the work with multiple stakeholders: 6
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closely with the AIEXPERT project partners. It is expected to contribute towards the development of social equity-centred and ethically AI aligned models. Furthermore, it will research the integration
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predict how much and how fast proteins are produced in vitro, as we need to learn the so-called cis-regulatory code: the relationship between DNA sequence and protein levels. The ambition of this project is
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problem-solving, reasoning, or factual accuracy. The findings will contribute to the development of AI systems that make decisions that are coherent, reliable, aligned with principles of rationality, while