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doctoral degree or an equivalent foreign degree in Physics/Physical Chemistry Deep understanding of fluorescence imaging principles and techniques Expertise in super-resolution fluorescence microscopy
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of the PhD project is to develop computational approaches to identify small molecule and peptide ligands that target therapeutically relevant receptors, with the vision to accelerate the drug discovery process
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from another country. Assessment criteria In the appointment process, special attention will be given to research skills in applying cellular molecular techniques to validate the functional impact of
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, and we train them on extensive high-throughput datasets including metabolomics, proteomics, and transcriptomics. By aligning the model predictions with physical interactions between biomolecules, our
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of Biophysics, Department of Applied Physics, KTH. The goal of the project is to use advanced microscopy methods, including super resolution microscopy, to study the dynamics of immune cell receptors in
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equal conditions is both a question of quality for KTH and a given part of our values. For information about processing of personal data in the recruitment process please read here . The position may
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equal conditions is both a question of quality for KTH and a given part of our values. For information about processing of personal data in the recruitment process please read here . The position may
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must hold an M.Sc. degree in a relevant field, such as data science, bioinformatics, mathematical statistics, mathematics, computer science, physics or molecular biology (obtained latest October 1, 2024
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of life and includes physical impairment, cognitive impairment, and fatigue. This PhD project aims to address key research questions to unravel the complexities of genotype-phenotype relationships and the
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-throughput datasets including metabolomics, proteomics, and transcriptomics. By aligning the model predictions with physical interactions between biomolecules, our approach ensures that the results are both