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reddyraj520

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During the last decades a large effort has been invested in the development of a new discipline devoted to benefit from optical excitations in materials where metals are key element (Plasmonics). We will make an introduction on this topic below, but let’s anticipate that two application areas are sensing and information technologies. The following height extended abstracts, presented during the one-day NANOMAGMA Symposium (Bilbao, Spain – April 13, 2011 reflects some of the latest developments on magneto-plasmonics. In 2010 and 2011, the nanoICT project (EU/ICT/FET Coordination Action) launched two calls for exchange visits for PhD students with the following main objectives: 1. To perform joint work or to be trained in the leading European industrial and academic research institutions; 2. To enhance long-term collaborations within the ERA; 3. To generate high-skilled personnel and to facilitate technology transfer; The first outcome report was published in the issue 22 (August 2011) and this edition contains four new articles providing insights in relevant fi elds for nanoICT. We would like to thank all the authors who contributed to this issue as well as the European Commission for the financial support (projects nanoICT No. 216165 and NANOMAGMA No. FP7-214107-2). Dr. Antonio Correia Editor - Phantoms Foundation

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Abstract: Nanotechnology is a field that has made significant advances in the engineering of technologies that allow earlier detection and treatment of disease – specifically cancer. In the modern era, these technologies define the emerging field of nanomedicine and seek to redefine detection and treatment with the promise of more effective, sensitive and cost effective high throughput systems. Compared to conventional treatment options, these next generation cancer therapeutics also seek to overcome the invasiveness of surgery, chemotherapy, radiotherapy, immunotherapy, and hormonal therapy. These technologies include nanoshells, quantum-dots, ultraoxide particles, DNA microarrays, liposomes, dendrimers, and fullerines. Highlighted in this paper, microwires and microcantilevers (“biofinger”) show promise in becoming multiplex platforms (“Labs on a chip”) that detect a variety of biological markers at low concentration in real time. In addition, DNA based diagnostic computer constructs (DNAdc) that release therapeutic nucleic acid sequences in a gene expression specific manner will be highlighted as well. The potential for a wide range of clinical applications to disease, including cancer, makes a basic understanding of the field of nanomedicine important to the biomedical sciences. In addition, nanomedicine will have a huge impact in developing a repertoire of nano-based therapeutics for other diseases. Keywords: “Biofinger”-lab on a chip, DNA diagnostic computer construct (DNAdc), DNA microarrays, nanoshells, quantum-dots, ultraoxide particles, liposomes, dendrimers, fullerines, single wall carbon nanotubes (SWNT).

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