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holder will have the opportunity to gain qualifications are: Data collection and curation. Whole genome sequence and annotation (coding and non-coding) from diverse plant species have been prepared, while
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demonstrated by first author publications. Experience working with mouse models of cancer, immune-oncology approaches and other advanced models and functional genomics techniques (shRNA, CRISPR, deep-sequencing
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in genome-wide assays, next-generation sequencing, or advanced imaging Prior experience with single-cell technologies is highly desirable Prior experience with immunology in particular T cell biology
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and will align with the objectives of the aforementioned consortia. These projects work at the interface of the gut microbiome, diet, and immune system to investigate their roles in various diseases
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differentiation protocols for iPSC perform CRISPR-based genome editing and molecular biology experiments develop and optimize high-throughput sequencing techniques work with a substantial amount of multi-Omics data
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combination of traditional molecular biology approaches and high-throughput technologies such as RNA-sequencing and NanoString CosMx technology. To ensure that the group is at the forefront of translational
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documentation Work in a collaborative environment, also with different service-based core platforms (animal, sequencing, metabolomics, and imaging facilities) Active participation in group meetings Independent
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/undergraduate students. The role requires expertise in experimental design, data analysis, and effective communication to produce high-quality results that align with the lab’s goals. Key Duties
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to fulfil their personal and professional ambitions · Gender-friendly environment with multiple actions to attract, develop and retain women in science · 32 days’ paid annual leave, 11 public
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postdoctoral experience with single-cell RNA sequencing analysis and expertise in immunology or intestinal biology. This position is within the laboratory of Dr Kylie James at the Garvan Institute