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leading mass spectrometry and proteomics research groups. Advanced Methodologies: Develop novel mass spectrometric techniques to improve protein and proteome analysis. Collaborative Environment: Be part of
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singing exercise, analyzing song using sophisticated bioacoustics analysis methods, muscle physiology, immunohistochemistry and confocal imaging. The Vocal Neuromechanics lab is embedded in the Sound and
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approach. The key objective is to determine how selected genome variants and ncRNA elements affect brain circuit development, maturation and function and how the identified circuit abnormalities impact
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measurements A good understanding of advanced physiological techniques Experience with enzymatic in vitro assays and plant x climate interactions Experience in complex data handling and statistical analysis
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to explore new analysis methods using deep learning. Depending on the interest, it is also possible to be involved in the wet lab. Professor Tiwari also leads the Center for Integrated Multiomics in Precision
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complementary experimental, theoretical, and computational methods to engineer environmental microbiomes, including data science, high-throughput technologies, quantitative analysis, and novel molecular
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, combined with advances in automation, analytics and data science, has fundamentally changed the scope and ambition of harnessing the potential of biological systems. Big data approaches and analysis
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analysis of models Alignment and language model agents Other backgrounds that could inform language model interpretability and control, such as cognitive science, neuroscience, causal inference
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and physical principles of negative ion mode LC-MS/MS-based peptide analysis. The project combines method development and mechanistic exploration with downstream applications in proteome
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of electrons, neutrons, and photons, and to develop educational elements at BSc, MSc, and PhD levels around this. The position is a permanent faculty position, anchored both in the Section