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10 results on '"MANTI, LORENZO"'

2. Transcriptional modulations induced by proton irradiation in mice skin in function of adsorbed dose and distance

Author

Licursi, Valerio, primary, Wang, Wei, additional, Di Nisio, Elena, additional, Cammarata, Francesco P., additional, Acquaviva, Rosaria, additional, Russo, Giorgio, additional, Manti, Lorenzo, additional, Cestelli Guidi, Mariangela, additional, Fratini, Emiliano, additional, Kamel, Gihan, additional, Amendola, Roberto, additional, Pisciotta, Pietro, additional, and Negri, Rodolfo, additional

Published
2021
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4. Relative Biological Effectiveness Variation Along Monoenergetic and Modulated Bragg Peaks of a 62-MeV Therapeutic Proton Beam: A Preclinical Assessment

Author

Chaudhary, Pankaj, primary, Marshall, Thomas I., additional, Perozziello, Francesca M., additional, Manti, Lorenzo, additional, Currell, Frederick J., additional, Hanton, Fiona, additional, McMahon, Stephen J., additional, Kavanagh, Joy N., additional, Cirrone, Giuseppe Antonio Pablo, additional, Romano, Francesco, additional, Prise, Kevin M., additional, and Schettino, Giuseppe, additional

Published
2014
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5. Identification of a BRCA1-mRNA Splicing Complex Required for Efficient DNA Repair and Maintenance of Genomic Stability

Author

Savage, Kienan I., primary, Gorski, Julia J., additional, Barros, Eliana M., additional, Irwin, Gareth W., additional, Manti, Lorenzo, additional, Powell, Alexander J., additional, Pellagatti, Andrea, additional, Lukashchuk, Natalia, additional, McCance, Dennis J., additional, McCluggage, W. Glenn, additional, Schettino, Giuseppe, additional, Salto-Tellez, Manuel, additional, Boultwood, Jacqueline, additional, Richard, Derek J., additional, McDade, Simon S., additional, and Harkin, D. Paul, additional

Published
2014
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6. ELIMED, future hadrontherapy applications of laser-accelerated beams

Author

Cirrone Giuseppe, A, Carpinelli, M, Cuttone, G, Gammino, S, Jia S., B, Korn, G, Maggiore, M, Manti, L, Margarone, D, Prokupek, J, Renis, M, Romano, F, Schillaci, F, Tomasello, B, Torrisi, L, Tramontana, A, Velyhan, A, Cirrone Giuseppe A. P., CARPINELLI, Massimo, Cuttone Giacomo, Gammino Santo, Jia S. Bijan, Korn Georg, Maggiore Mario, Manti Lorenzo, Margarone Daniele, Prokupek Jan, Renis Marcella, Romano Francesco, Schillaci Francesco, Tomasello Barbara, Torrisi Lorenzo, Tramontana Antonella, Velyhan Andriy, Cirrone Giuseppe, A, Carpinelli, M, Cuttone, G, Gammino, S, Jia S., B, Korn, G, Maggiore, M, Manti, L, Margarone, D, Prokupek, J, Renis, M, Romano, F, Schillaci, F, Tomasello, B, Torrisi, L, Tramontana, A, Velyhan, A, Cirrone Giuseppe A. P., CARPINELLI, Massimo, Cuttone Giacomo, Gammino Santo, Jia S. Bijan, Korn Georg, Maggiore Mario, Manti Lorenzo, Margarone Daniele, Prokupek Jan, Renis Marcella, Romano Francesco, Schillaci Francesco, Tomasello Barbara, Torrisi Lorenzo, Tramontana Antonella, and Velyhan Andriy

Abstract

Laser-ion acceleration has recently gained a great interest as an alternative to conventional and more expensive acceleration techniques. These ion beams have desirable qualities such as small source size, high luminosity and small emittance to be used in different fields as Nuclear Physics, Medical Physics, etc. This is very promising specially for the future perspective of a new concept of hadrontherapy based on laser-based devices could be developed, replacing traditional accelerating machines. Before delivering laser-driven beams for treatments they have to be handled, cleaned from unwanted particles and characterized in order to have the clinical requirements. In fact ion energy spectra have exponential trend, almost 100% energy spread and a wide angular divergence which is the biggest issue in the beam transport and, hence, in a wider use of this technology. In order to demonstrate the clinical applicability of laser-driven beams new collaboration between ELI-Beamlines project researchers from Prague (Cz) and a INFN-LNS group from Catania (I) has been already launched and scientists from different countries have already express their will in joining the project. This cooperation has been named ELIMED (MEDical application at ELIBeamlines) and will take place inside the ELI-Beamlines infrastructure located in Prague. This work describes the schedule of the ELIMED project and the design of the energy selector which will be realized at INFN-LNS. The device is an important part of the whole transport beam line which will be realised in order to make the ion beams suitable for medical applications.

Published
2013

7. ELIMED, future hadrontherapy applications of laser-accelerated beams

Author

Cirrone, Giuseppe A.P., primary, Carpinelli, Massimo, additional, Cuttone, Giacomo, additional, Gammino, Santo, additional, Bijan Jia, S., additional, Korn, Georg, additional, Maggiore, Mario, additional, Manti, Lorenzo, additional, Margarone, Daniele, additional, Prokupek, Jan, additional, Renis, Marcella, additional, Romano, Francesco, additional, Schillaci, Francesco, additional, Tomasello, Barbara, additional, Torrisi, Lorenzo, additional, Tramontana, Antonella, additional, and Velyhan, Andriy, additional

Published
2013
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10. Development of an automated scanning system for the analysis of heavy ions' fragmentation reaction by nuclear track detectors

Author

Marco Durante, Gianfranco Grossi, Paola Scampoli, Fulvio Coppola, Lorenzo Manti, Mariagabriella Pugliese, Giancarlo Gialanella, Coppola, Fulvio, Durante, Marco, Gialanella, Giancarlo, Grossi, Gianfranco, Manti, Lorenzo, Pugliese, Mariagabriella, and Scampoli, Paola

Subjects
Autofocus, Radiation, Microscope, Ion beam, business.industry, Chemistry, Detector, Image processing, charge-changing cross section, Particle detector, law.invention, Particle track detection, Optics, law, Frame grabber, Personal computer, business, Instrumentation
Abstract

An automated analysis system was developed that is able to scan nuclear track detectors CR-39. The system consists of an optical microscope, a CCD camera, a frame grabber and a personal computer. On the latter a software written in Labview language (version 7.1) is implemented to control the motion of the microscope stage, the autofocus function and to measure the geometric characteristics of particle tracks. The system is able to detect and measure couples of partially overlapped tracks. As a preliminary application of this system, we estimated the projectile total charge-changing cross section for a 1 GeV/n iron ion beam impacting a polyethylene target.

Published
2009

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