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2. Micro‐ and Nano‐Structured Bacteria Growth Media for Planar Bio‐Photonics

Author

Caligiuri, Vincenzo, primary, Leone, Francesca, additional, Favale, Olga, additional, De Santo, Maria, additional, Bruno, Mauro Daniel Luigi, additional, Mileti, Olga, additional, Pane, Alfredo, additional, Patra, Aniket, additional, Petti, Lucia, additional, Guzman‐Puyol, Susana, additional, Heredia‐Guerrero, José Alejandro, additional, Krahne, Roman, additional, Baldino, Noemi, additional, Bartolino, Roberto, additional, Galluccio, Michele, additional, Annesi, Ferdinanda, additional, and De Luca, Antonio, additional

Published
2023
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3. Micro‐ and Nano‐Structured Bacteria Growth Media for Planar Bio‐Photonics.

Author

Caligiuri, Vincenzo, Leone, Francesca, Favale, Olga, De Santo, Maria, Bruno, Mauro Daniel Luigi, Mileti, Olga, Pane, Alfredo, Patra, Aniket, Petti, Lucia, Guzman‐Puyol, Susana, Heredia‐Guerrero, José Alejandro, Krahne, Roman, Baldino, Noemi, Bartolino, Roberto, Galluccio, Michele, Annesi, Ferdinanda, and De Luca, Antonio

Subjects
PHOTONIC crystals, BIOMATERIALS, BACTERIAL growth, QUASICRYSTALS, BACTERIA, QUANTUM optics
Abstract

Bio‐inspired and biodegradable quantum optics scenarios constitute a pathway toward environmentally friendly front‐end technologies. Such an inspiring perspective necessitates the replacement of classic gain materials with a biological counterpart like photoluminescent bacteria. It is easy to imagine that, in this case, a planar and cell‐viable substitute of classic bulk solid‐states resonators can be highly beneficial. In this paper a micro‐ and nano‐photonic structuration of both a standard and a functionalized version of a typical bacterial growth medium (Luria‐Bertani Agar – LBA) is successfully realized. Three structures belonging to the categories of photonic crystals are replicated, such as quasi‐crystals and meta‐surfaces, demonstrating how the proposed media can be used as templates for high‐end photonic applications. The optical quality of the replicated structures is confirmed by far‐field diffraction measurements. The structured growth media allow for a broad control of the surface wettability by accessing a so‐called Wenzel state, in which the original hydrophilicity of a material is increased due to the photonic structuration. Finally, the suitability of the nano‐structured LBA as a plasmonic platform is evidenced. The proposed micro‐and nano‐structured photonic growth media constitute the first, fundamental step toward quantum optical frameworks from biological media. [ABSTRACT FROM AUTHOR]

Published
2024
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4. List of Contributors

Author

Almeida, Ana P.C., primary, Alothman, Othman, additional, Annamalai, Pratheep K., additional, Annesi, Ferdinanda, additional, Ates, Burhan, additional, Balcioglu, Sevgi, additional, Baptista, Ana C., additional, Bartolino, Roberto, additional, Behranvand, Vajiheh, additional, Bhanvase, Bharat A., additional, Borges, João P., additional, Chin, Wee S., additional, Claussen, Jonathan C., additional, Comparelli, Roberto, additional, Curri, Maria L., additional, Daniele, Michael A., additional, De Sio, Luciano, additional, Echeverria, Coro, additional, Fernandes, Susete N., additional, Garland, Nathaniel T., additional, Godinho, Maria H., additional, Gomes, Carmen, additional, Gurses, Canbolat, additional, Jawaid, Mohammad, additional, João, Carlos F.C., additional, Koledintseva, Marina Y., additional, Koytepe, Suleyman, additional, Kyaw, Aung K.K., additional, Mallakpour, Shadpour, additional, Marrow, Ethan A., additional, McLamore, Eric S., additional, Medintz, Igor L., additional, Mutsuyoshi, Hiroshi, additional, Nguyen, Hai, additional, Pane, Alfredo, additional, Placido, Tiziana, additional, Ramanujam, B.T.S., additional, Rashidimoghadam, Shima, additional, Rozanov, Konstantin N., additional, Saba, Naheed, additional, Silva, Jorge C., additional, Soares, Paula I.P., additional, Sonawane, Shirish H., additional, Stergiou, Charalampos A., additional, Sultan, Mohamed Thariq Hameed, additional, Tang, Youhong, additional, Ulu, Ahmet, additional, Umeton, Cesare, additional, Walper, Scott, additional, Xu, Jianwei, additional, Ye, Qun, additional, Yemata, Temesgen A., additional, Zatar, Wael, additional, Zhang, Hong-ping, additional, and Zhou, Hui, additional

Published
2017
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5. Liquid crystalline DNA

Author

De Sio, Luciano, primary, Annesi, Ferdinanda, additional, Placido, Tiziana, additional, Comparelli, Roberto, additional, Pane, Alfredo, additional, Curri, Maria L., additional, Umeton, Cesare, additional, and Bartolino, Roberto, additional

Published
2017
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9. Thermo-Plasmonic Killing of Escherichia coli TG1 Bacteria

Author

Annesi, Ferdinanda, primary, Pane, Alfredo, additional, Losso, Maria Adele, additional, Guglielmelli, Alexa, additional, Lucente, Fabrizio, additional, Petronella, Francesca, additional, Placido, Tiziana, additional, Comparelli, Roberto, additional, Guzzo, Maria Grazia, additional, Curri, Maria Lucia, additional, Bartolino, Roberto, additional, and De Sio, Luciano, additional

Published
2019
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14. Photo-thermal effects in gold nanorods/DNA complexes

Author

De Sio, Luciano, primary, Caracciolo, Giulio, additional, Annesi, Ferdinanda, additional, Placido, Tiziana, additional, Pozzi, Daniela, additional, Comparelli, Roberto, additional, Pane, Alfredo, additional, Curri, Maria Lucia, additional, Agostiano, Angela, additional, and Bartolino, Roberto, additional

Published
2016
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15. Plasmonics Meets Biology through Optics

Author

De Sio, Luciano, primary, Caracciolo, Giulio, additional, Annesi, Ferdinanda, additional, Placido, Tiziana, additional, Pozzi, Daniela, additional, Comparelli, Roberto, additional, Pane, Alfredo, additional, Curri, Maria, additional, Agostiano, Angela, additional, and Bartolino, Roberto, additional

Published
2015
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16. Templating gold nanorods with liquid crystalline DNA

Author

De Sio, Luciano, primary, Annesi, Ferdinanda, additional, Placido, Tiziana, additional, Comparelli, Roberto, additional, Bruno, Vincenzo, additional, Pane, Alfredo, additional, Palermo, Giovanna, additional, Lucia Curri, Maria, additional, Umeton, Cesare, additional, and Bartolino, Roberto, additional

Published
2015
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