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unprecedented power to uncover cell-type-specific and cell-state-specific genetic mechanisms underlying human biology and disease. The Postdoc joining this program will have the opportunity to: Drive high-impact
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contribute to therapeutic target discovery in close partnership with industry and clinical collaborators. The postdoc joining this program will have the opportunity to: Drive high-impact discoveries in gene
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maintain semi-automated design-to-build pipelines, high-throughput testing systems, and quality-control processes to ensure reproducibility, scalability, and performance. Support collaborative projects with
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maintain semi-automated design-to-build pipelines, high-throughput testing systems, and quality-control processes to ensure reproducibility, scalability, and performance. Support collaborative projects with
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) materials synthesis, analyses, and performance test, and mechanistic studies of catalytic processes for advanced oxidation technologies Strong track record in publications in high impact journals as first
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for decarbonising hard-to-abate sectors. Currently the large-scale deployment of hydrogen remains constrained by the limitations of storage technologies, which rely on either high-pressure compression or cryogenic
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-based transient assays, or high-throughput reporter/construct screening systems. Competence in computational analysis of large-scale genomic datasets, including proficiency in relevant programming
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-based transient assays, or high-throughput reporter/construct screening systems. Competence in computational analysis of large-scale genomic datasets, including proficiency in relevant programming
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WA node of Plant SynBio Australia under Bioplatforms Australia and the NCRIS program, PSIC will serve as a hub for cutting-edge research capabilities in plant synthetic biology, and agricultural
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Full time, 2 years fixed term, located on the Camperdown Campus at the School of Chemistry Opportunity to drive a high-impact research program on engineering carbon fixation in cyanobacteria Base