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shape metabolic interactions, electron-transfer strategies, and functional specialization. You will run targeted experiments with defined methanogenic communities, compare ancestral and evolved consortia
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biotechnology, bioengineering, or a similar field. You will work under the supervision of Tenure Track Assistant Professor Dr. Raphael Ferreira. Your project will focus on developing clinically relevant genome
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frameworks and develop strategies to guide open-ended explorations systematically toward desired targets. The project involves strong collaborations with domain experts to align your theoretical models with
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. Independent of delivery route, understanding of the mechanisms of vaccine induced immunity is pivotal for targeted vaccine development and we thus also aim at dissecting the immune response to previously
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degradation and failure mechanisms, and associated uncertainties. Your work tasks The PhD student will develop their own research track within the project, whilst supported by close supervision by AAU’s leading
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student will develop their own research track within the project, whilst supported by close supervision by AAU’s leading academics, and access to AAU Energy’s experimental and numerical modelling