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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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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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management. We are looking for someone with a background in, and passion for, molecular ecology/conservation genetics, with strong bioinformatics/quantitative skills (e.g., in the analysis of NGS data
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delivery and caesarean section. This highly interdisciplinary program combines preclinical animal models (zebrafish and rodents) with molecular and cellular biology, biochemistry, and in vitro approaches
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(zebrafish and rodents) with molecular and cellular biology, biochemistry, and in vitro approaches to explore the impact of interventions on gut-brain communication and related health outcomes. The candidate
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highly relevant to applied conservation issues pertaining to aquaculture escapes and fisheries management. We are looking for someone with a background in, and passion for, molecular ecology/conservation
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. The work focuses on how oxidative stress, mitochondrial dysfunction and impaired mitophagy contribute to neuronal dysfunction and degeneration across disease progression. By combining advanced molecular and
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biology, marine restoration ecology, and habitat survey techniques. Experience in habitat suitability modelling (e.g. MaxEnt, Random Forests). Experience in molecular ecology and genetic analysis
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impaired mitophagy contribute to neuronal dysfunction and degeneration across disease progression. By combining advanced molecular and cellular assays with in vivo metabolic, ultrastructural and behavioural