<figcaption><br>"My research interests include exploring the difficult - large, dynamic macromolecular protein complexes using reporter labelling methods. EPR, FRET, NMR, and diamonds! Nanodiamonds can be isolated and made to emit light. They have biomedical applications, can be used as biomolecular tags, for ultrasensitive imaging and sensing technologies."<br><br>(Dr Louise Brown - Sydney, Australia)</figcaption></figure></td>
<figcaption><br>"My research interests include exploring the difficult - large, dynamic macromolecular protein complexes using reporter labelling methods. EPR, FRET, NMR, and diamonds! Nanodiamonds can be isolated and made to emit light. They have biomedical applications, can be used as biomolecular tags, for ultrasensitive imaging and sensing technologies."<br><br>(Dr Louise Brown - Sydney, Australia)</figcaption></figure></td>
<td><figure class="wrappedImage"><img src="https://static.igem.org/mediawiki/2015/5/5d/MqAust_1_RobW.png" width="452px" alt="Associate Professor Robert Willows">
<td><figure class="wrappedImage"><img src="https://static.igem.org/mediawiki/2015/5/5d/MqAust_1_RobW.png" width="452px" alt="Associate Professor Robert Willows">
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<figcaption><br>"I have researched many aspects of biochemistry including: the biosynthesis and metabolism of heme and chlorophyll biosynthesis in bacteria, plants, and algae; investigations into molecular machines; biological processes which might increase the amount and quality of flour; and investigations into chlorophyll and transduction in photosynthesis."<br><br>(Associate Professor Robert Willows - Sydney, Australia)<br><br></figcaption></figure></td>
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<figcaption><br>"My research career has concentrated on the biosynthesis and metabolism of chlorophyll and heme in bacteria, plants and algae. This research lead to the discovery of chlorophyll f, investigations into the structure and assembly of a complex molecular machine involved in chlorophyll synthesis and studies into developmental regulation in algae and plants. An additional interest in the plant hormone abscisic acid has lead to proteomic investigations of cereals like wheat and barley and studies on the function of proteins in bran layers of cereals."<br><br>(Associate Professor Robert Willows - Sydney, Australia)<br><br></figcaption></figure></td>