Ongeveer 14 uur geleden - Universiteit Utrecht (UU) - Utrecht
Utrecht University's Faculty of Humanities is looking for a Postdoc position in the Horizon2020 project “Integrity” (0.8 FTE). Are you interested? Then please …
The Netherlands Organisation for Scientific Research (NWO) Domain Applied and Engineering Sciences (AES), recently granted a four-year research project …
The Netherlands Organisation for Scientific Research (NWO) Domain Applied and Engineering Sciences (AES), recently granted a four-year research project "Syngas to High-Value Chemicals" within the context of the NWO program 'Closed cycles - Transition to a circular economy' (https://www.nwo.nl/onderzoek-en-resultaten/onderzoeksprojecten/i/89/29989.html). This project involves research groups from the University of Wageningen & Research (WUR) and from the University of Amsterdam (UvA). The aim of the project is to develop combined biological and chemical/enzymatic processes for the production of chemicals from syngas or carbon-monoxide rich waste streams. There will be three PhD candidates working on the project each of them focused on: (1) wet-lab approaches and physiology of anaerobic mixed cultures, (2) dry-lab approaches, namely the construction and validation of multiple genome-scale constraint-based, (3) chemical and enzymatic upgrading of the molecules generated in the biological process.
Syngas is an alternative feedstock for fermentation; a vast array of carbonaceous materials, including recalcitrant wastes or lignocellulosic materials, can be used to produce syngas. Syngas fermentation is a sustainable alternative to conventional sugar-based fermentation. Research performed within this project will advance knowledge on the functioning of synthetic microbial communities, and open new possibilities for syngas fermentation. We will develop processes to produce a range of alcohols (and fatty acids ) [such as propanol, butanol, hexanol, heptanol, nonanol and their corresponding acids], which are currently produced mainly through chemical approaches. Long-chain alcohols and organic acids are building block for the chemical industry and key compounds for biobased (CO2-neutral) jet fuels. A major innovation lies in the model-driven, modular construction of synthetic microbial consortia to increase the product range/versatility so that different module (microorganism) combinations can be used for converting different gaseous mixtures or creating different interdependencies.
The PhD project (2), open for application, will be developed at the Laboratory of Systems and Synthetic Biology (SSB) and the Laboratory of Microbiology (MIB) at Wageningen University & Research.
Vitor Martins dos Santos, Peter Schaap (WUR-SSB); Diana Z. Sousa (WUR-MIB)
We are looking for
We are searching for an enthusiastic and motivated PhD candidate to perform dry-lab activities within project (2). Dry-lab tasks include: construction of multiple genome-scale constraint-based (CB) metabolic models, validation of CB models with experimental data, analysis of carbon-flows (and other metabolites) in the consortia, generation of hypotheses for improving the performance of the microbial consortia.