Communication is an essential part of carrying out scientific research; if we don\u2019t find effective ways to tell other people about the discoveries we have made, or the technology we\u2019ve developed, then we are almost certainly wasting our time (and quite possibly other people\u2019s money!). So, we try to communicate our results in all kinds of ways \u2013 we write journal papers, present talks and posters at conferences and discuss things less formally within our academic networks. We also try to engage with the public whenever we can, but for most of us this inevitably makes up a small fraction of our total communication bandwidth. \u00a0Even when we are trying to share our work more widely, it\u2019s not always clear how we should go about this. Often, our discoveries are often so specialist that the new advance can\u2019t be fully appreciated unless you already have a pretty good understanding of the \u2018state of the art\u2019. So the search is always on for new and interesting ways to share our sense of excitement about what it is that we do.<\/p>\n
With that in mind, it was great to see that Khushi Vyas, a PhD student at Imperial College that I had (and still have) a hand in supervising, has won a prize in Imperial\u2019s \u2018Art of Science\u2019 competition. Her entry<\/a> was an image of breast cancer tissue, taken using an endomicroscope that Khushi had built, modified from a design which I originally developed (which you can read all about here<\/a>). These images were taken on tissue which has been removed from the breast as part of a treatment programme, but the hope for the future is the endomicroscope would be used directly on the patient, helping to guide a surgeon as he or she removes a tumour. Khushi had applied some image processing to make some of the key features of the images \u2013 cells, cell nuclei and so on \u2013 stand out, and which had the nice side effect of producing a beautiful picture which caught the eye of the voting public. She has also recently published a paper on this work in the Journal of Biomedical Optics, you can read that here<\/a>.<\/p>\n <\/p>\n","protected":false},"excerpt":{"rendered":"