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Field
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project that aims to map the resistome and clarify the mechanisms of multidrug resistance across diverse microbiomes—comprising clinical, environmental, and host-associated microbial communities
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of the planned work is to obtain pure cultures or high-quality enrichments representative of previously uncultivated microbial lineages from these locations. Major functional groups that will be focused
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the eligibility period of the project. Work place and Scientific orientation: The research activities will be developed at Laboratory Microbial Genomics and Symbiosis of GIMM, under the supervision of Waldan Kwong
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animal science research with an interest or previous experience in grazing beef cattle preferred. Experience utilizing molecular techniques for studying microbial communities. Experience or interest
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holders, in the scientific area of Microbiology and Microbial Biotecnology, enrolled in a doctoral program or in a non-degree-granting course[JB2.1][JB3.1]. I.II - The non-degree-granting course must be
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of microbial species based on genomic data. Additional optional skills and qualifications: experience in soil microbiome analysis, knowledge of bioinformatics with soil metagenomics data. Contracting
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microbial taxonomic profiling, functional annotation, and genome-resolved metagenomics (MAGs). Familiarity with best practices in data management (e.g., Github), and reproducible research. Ability to design
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sequencing (NGS) and omics data analysis. Knowledge of microbial ecology, dysbiosis, and host-microbiome interactions. Familiarity with cell culture techniques. R, Python, or other data science tools
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vehicles such as lipid nanoparticles (LNPs) • Create experimental protocols for cancerous, healthy human and microbial model cell membranes. • Establish predictive models for peptide-induced transport
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. antioxidant, antimicrobial and gut-health–related endpoints); (iv) incorporation of selected ingredients into model food prototypes and evaluation of shelf life, microbial safety, texture and sensory quality