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fundamental understanding of how to build synthetic communities able to achieve target BA profiles. Our environment: The Lab:The successful candidates will join the Microbial Ecology Lab at Humanitas Research
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modification. By marrying first-principles theory – trade-off analysis, game theory, reaction-diffusion, and consumer-resources models – with single-cell tracking and synthetic community experiments
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mechanisms underlying human skin disorders through systematic molecular profiling of patient samples using advanced proteomics and multi-omic approaches. Our group has a proven track record of successful
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); Experience of statistical or other programming languages to manipulate large-scale datasets – e.g. Python, R; Strong quantitative skills and analytical reasoning applied to observational data; A track record
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to observational data; A track record of authoring scientific publications; Fluency in English. Preferred Requirements High-level report writing and presentation skills; A specific experience in gene expression QTL
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technologies and analysis pipelines. Experience with 3D culture systems or organoid models to replicate hematopoietic microenvironments. Knowledge of clonal tracking methods to study cell fate and leukemic
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); Experience of statistical or other programming languages to manipulate large-scale datasets – e.g. Python, R; Strong quantitative skills and analytical reasoning applied to observational data; A track record