<td><figure class="wrappedImage"><img src="https://static.igem.org/mediawiki/2015/4/4b/MqAust_1_IanP.png" width="452px" alt="Professor Ian Paulsen">
<td><figure class="wrappedImage"><img src="https://static.igem.org/mediawiki/2015/4/4b/MqAust_1_IanP.png" width="452px" alt="Professor Ian Paulsen">
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<figcaption><br>"My research interests have focused on understanding microbial physiology and evolution, in particular in utilising "big picture" or global approaches such as genome sequencing, bioinformatics, microarray analysis; and high throughput cloning, gene knockout, and phenotypic screening. <a class="regularHyperlink" href="http://mqgenomics.blogspot.com.au/" target="_blank">Click here to see my blog</a>"<br><br>(Professor Ian Paulsen - Sydney, Australia)</figcaption></figure></td>
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<figcaption><br>"My research interests have focused on understanding microbial physiology and evolution, in particular in utilising "big picture" or global approaches such as genome sequencing, bioinformatics, microarray analysis, high throughput cloning, gene knockout, and phenotypic screening. <a class="regularHyperlink" href="http://mqgenomics.blogspot.com.au/" target="_blank">Click here to see my blog</a>"<br><br>(Professor Ian Paulsen - Sydney, Australia)</figcaption></figure></td>
<figcaption><br>"My research focus is in investigating the post-translational modification of proteins by sugars (glycomics). Sugars are usually expressed on the surface of the cell and are therefore the first molecules involved in cell-cell contact. They are thus integral to the function of many crucial cellular processes such as cell growth and development, tumour growth and metastasis, blood coagulation, immune recognition and response, cell-cell communication, microbial pathogenesis, and fertility."<br><br>(Professor Nicki Packer - Sydney, Australia)<br><br></figcaption></figure></td>
<figcaption><br>"My research focus is in investigating the post-translational modification of proteins by sugars (glycomics). Sugars are usually expressed on the surface of the cell and are therefore the first molecules involved in cell-cell contact. They are thus integral to the function of many crucial cellular processes such as cell growth and development, tumour growth and metastasis, blood coagulation, immune recognition and response, cell-cell communication, microbial pathogenesis, and fertility."<br><br>(Professor Nicki Packer - Sydney, Australia)<br><br></figcaption></figure></td>