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and optimizing growth media, ideally in combination with molecular methods such as 16S amplicon sequencing or draft genome sequence analysis, is highly desirable. Project title: Gut microbiome and
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binding sites and create pharmacophores unique to each pocket – describing key features required for a small molecule to bind. We will combine experimentally determined protein structures with structures
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culture and manipulation of fastidious anaerobic bacteria is required. Experience of bacterial growth and optimizing growth media, ideally in combination with molecular methods such as 16S amplicon
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framework to evaluate the environmental, economic, and resilience impacts of sustainability measures in beef production systems. The research will combine Life Cycle Assessment (LCA) with farm systems
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science and engineering research since 2016. MNMT- Dublin has particular focus on instruments development and high precision manufacturing combined with optical and bio-medical technologies applied in
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, Akkadian, and Middle Egyptian hieroglyphs. The Department combines disciplinary breadth with a strong commitment to public outreach, postgraduate research, and interdisciplinary collaboration. It is also
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engineering research since 2016. MNMT- Dublin has particular focus on instruments development and high precision manufacturing combined with optical and bio-medical technologies applied in optical image, visual
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24 Months, Fixed Term, whole-time Post We seek an enthusiastic Post-Doctoral Researcher to join our ERC-funded lab. Our research combines anaerobic microbiology and bioinformatic techniques and is
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at ground level, bringing a unique combination of leadership, strategic thinking, and project management skills to the role. The role will involve coordinating and prioritising inputs from a wide range of
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of Direct Interspecies Electron Transfer (DIET) to methane formation in the rumen will be investigated using approaches adopted from the field of environmental engineering in combination with rumen