A synthetic biology approach to investigate the where and how receptor kinase signalling operates in arbuscular mycorrhizal (AM) symbiosis.
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Our aim is to generate genome-wide DNA hypomethylated wheat to study i) synthetic remodeling of meiotic recombination and ii) epigenetic control of wheat heterosis.
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We aim to establish a CRISPR/Cpf1-based technique to insert transgenes into specific genome sites that are predicted to promote high expression.
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Our goal is to develop a new method that will facilitate the design of synthetic promoters with varying strength or specificity and will be a useful tool for genome engineering.
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This project specifically aims to develop tags in Marchantia for localisation to the tonoplast (vacuole membrane), Golgi apparatus, oil bodies, peroxisome and mitochondria.
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We are converting a cloth rail into a self-maintaining plant growing system! It monitors and takes care of plants for their perfect growing.
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Our aim is to build an LED lighting array system and write software that can enable researchers to explore a range of physiological responses under more natural dawn and dusk lighting transitions.
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