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their therapeutic potential. This project involves molecular biology, cell culture, biochemistry and super resolution microscopy approaches to study the function of known and novel lncRNAs in cancer. The successful
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would be an advantage: neuroanatomy and cell biology, histology, bioimaging, molecular gene expression, the use of a programming language for data analysis (such as R or Python). An understanding of fish
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-cell and bulk transcriptomic data, and integration of transcriptomic data with other data modalities to generate gene regulatory networks or similar. The project will combine wet-lab and computational
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grown in vertical farms and in space. The project will integrate wet-lab and computational approaches, and may include genomics, genetics, single-cell ‘omics, and high-throughput plant phenotyping
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disease resistance outcomes. The BNBC is a partnership between University of Queensland, Department of Energy, Environment and Climate Action (DEEC), Queensland Department of Agriculture and Food, SARDI and