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Primary Supervisor: Dr Ke Li Foundation models trained on DNA and RNA sequences are beginning to transform genomics, but their predictions often remain difficult to interpret. A model may identify a
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-stranded RNA structures which are formed from sequences which contain a lot of the base guanine. This project will aim to reveal some of the RNA-based mechanisms which alter gene regulation in plants in
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expression patterns, and examine epigenetic and structural signatures associated with genome dominance. Transposable element distribution and activity will also be analysed using long-read sequencing
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fragments (Abaqus cannot model inertia in a coupled temperature-displacement model) and the ability to model the migration of multiple chemical species. The motion of pellet fragments will be of paramount
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fragments (Abaqus cannot model inertia in a coupled temperature-displacement model) and the ability to model the migration of multiple chemical species. The motion of pellet fragments will be of paramount