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fermentation of alternative dairy ingredients. You will work with postdoctoral researchers to conduct laboratory experiments, implement automation workflows, and manage experimental data within an industry
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mechanistic understanding of starter cultures, enzymes, and microbial metabolism during fermentation and ripening. Research Direction The work directly supports sustainable food production while addressing
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fermentation and enteric methane emissions including the development of methane emissions factors. Irish livestock production systems are predominantly pasture based and until recently sown pastures have been
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develop feed and feed additive based solutions to reduce enteric methane emissions from pasture based dairy cows with the investigation of concurrent impacts on rumen physiology, rumen fermentation and the
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Staff Job Description The postdoc will design and execute fermentation experiments (submerged and solid-state), optimize media and process conditions (DoE/RSM), and scale workflows from bench to pilot
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date of May 2028. Understanding and manipulating electron flow is in the rumen is critically important to reducing methane emissions from ruminants. The Global Methane Hub's (GMH) Enteric Fermentation
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and ability to work independently Preferred qualifications but not mandatory Experience with gas biotransformations and use of fed-batch fermenters (top-bench) Experience with plant biochemistry
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fermentation and bioprocess facilities. You will join the Synthetic Microbiology Laboratory specialising in engineering ultra-fast microbial chassis for sustainable biomanufacturing. The team is best known
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grants: In vitro fermentation and gut microbiome analyses of different varieties and food preparation of quinoa breeding lines and varieties. In vitro fermentation and gut microbiome/metabolomics/cell
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Investigators and laboratory personnel in the design, implementation, and evaluation of experiments focused on fermentation, molecular biology techniques, enzymatic and chemical extraction and purification, and