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3. Nanoplasmonic and Microfluidic Devices for Biological Sensing

Author

Perozziello, G., primary, Giugni, A., additional, Allione, M., additional, Torre, B., additional, Das, G., additional, Coluccio, M. L., additional, Marini, M., additional, Tirinato, L., additional, Moretti, M., additional, Limongi, T., additional, Candeloro, P., additional, and Di Fabrizio, Enzo, additional

Published
2017
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4. Nano-Particles for Biomedical Applications

Author

Decuzzi, Paolo, primary, Coclite, Alessandro, additional, Lee, Aeju, additional, Palange, Anna Lisa, additional, Di Mascolo, Daniele, additional, Chiappini, Ciro, additional, Santos, Hélder A., additional, Coluccio, Maria Laura, additional, Perozziello, Gerardo, additional, Candeloro, Patrizio, additional, Di Fabrizio, Enzo, additional, and Gentile, Francesco, additional

Published
2017
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5. Nanostructures for Photonics

Author

Toma, Andrea, primary, Zaccaria, Remo Proietti, additional, Krahne, Roman, additional, Alabastri, Alessandro, additional, Coluccio, Maria Laura, additional, Das, Gobind, additional, Liberale, Carlo, additional, De Angelis, Francesco, additional, Francardi, Marco, additional, Mecarini, Federico, additional, Gentile, Francesco, additional, Accardo, Angelo, additional, Manna, Liberato, additional, and Di Fabrizio, Enzo, additional

Published
2016
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6. Novel Plasmonic Probes and Smart Superhydrophobic Devices, New Tools for Forthcoming Spectroscopies at the Nanoscale

Author

Giugni, Andrea, primary, Torre, Bruno, additional, Allione, Marco, additional, Gentile, Francesco, additional, Candeloro, Patrizio, additional, Coluccio, Maria Laura, additional, Perozziello, Gerardo, additional, Limongi, Tania, additional, Marini, Monica, additional, Raimondo, Raffaella, additional, Tirinato, Luca, additional, Francardi, Marco, additional, Das, Gobind, additional, Proietti Zaccaria, Remo, additional, Falqui, Andrea, additional, and Di Fabrizio, Enzo, additional

Published
2014
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7. Miniaturized Optical Tweezers Through Fiber-End Microfabrication

Author

Liberale, Carlo, primary, Cojoc, Gheorghe, additional, Rajamanickam, Vijayakumar, additional, Ferrara, Lorenzo, additional, Bragheri, Francesca, additional, Minzioni, Paolo, additional, Perozziello, Gerardo, additional, Candeloro, Patrizio, additional, Cristiani, Ilaria, additional, and di Fabrizio, Enzo, additional

Published
2014
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8. Metal Structures as Advanced Materials in Nanotechnology

Author

Accardo, Angelo, primary, Proietti Zaccaria, Remo, additional, Candeloro, Patrizio, additional, Gentile, Francesco, additional, Coluccio, Maria Laura, additional, Das, Gobind, additional, Krahne, Roman, additional, Liberale, Carlo, additional, Toma, Andrea, additional, Panaro, Simone, additional, Miele, Ermanno, additional, Chirumamilla, Manohar, additional, Rajamanickam, Vijayakumar, additional, and Di Fabrizio, Enzo, additional

Published
2014
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9. Low Concentration Protein Detection Using Novel SERS Devices

Author

Das, Gobind, primary, Gentile, Francesco, additional, Coluccio, Maria Laura, additional, Cojoc, G., additional, Mecarini, Federico, additional, De Angelis, Francesco, additional, Candeloro, Patrizio, additional, Liberale, Carlo, additional, and Di Fabrizio, Enzo, additional

Published
2010
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12. Low Concentration Protein Detection Using Novel SERS Devices.

Author

Das, Gobind, Gentile, Francesco, Coluccio, Maria Laura, Cojoc, G., Mecarini, Federico, De Angelis, Francesco, Candeloro, Patrizio, Liberale, Carlo, and Di Fabrizio, Enzo

Abstract

We report, herein, novel processes of nanofabrication techniques for few molecules detection by generating surface plasmons, thus giving a giant electric field in a controllable and reproducible manner. Surface enhanced Raman scattering (SERS) measurements are performed for different proteins, namely, lysozyme, ribonuclease-B, bovin serum albumin, ferritin, and myoglobin in the temperature range between –65°C and 90°C, using ˵Device1″, which is fabricated by means of e-beam and electro-plating technique. The calculation shows the possible detection of myoglobin concentration down to attomole. The in-depth analysis even for small conformational changes is performed using 2D Raman correlation analysis and difference Raman analysis in order to gain straightforward understanding of proteins undergoing thermodynamical perturbation. ˵Device2″ is fabricated by e-beam and metal electroless techniques to investigate the Rhodamine 6G (R6G) of different concentrations. Modifying this device by using bimetal (Ag and Au) electroless deposition permits us the further enhancement in Raman signal and better durability. [ABSTRACT FROM AUTHOR]

Published
2011
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