Although many conventional molecular and immuno-based techniques are widely used for these purposes, they still have some drawbacks concerning sensitivity, safety, laboriousness, long-term collection and data analysis. Therefore, new rapidly emerging approaches have been introduced such as terahertz (THz)-based technologies. Here, we summarize the emerging THz radiation technology, its potentialities and drawbacks in applications for high-sensitivity viral detection.
New frontier in terahertz technologies for virus sensing: drawbacks and potentialities / D'Arco, A.; Mancini, T.; Mosetti, R.; Della Ventura, G.; Marcelli, A.; Lupi, S.. - 21(2023), pp. 49-53. (Intervento presentato al convegno BRIC ID 7/2019 project: “An integrated array of fixed and mobile sensors for dynamical spatiotemporal mapping of volatile compounds in work environments” tenutosi a Roma, Frascati).
New frontier in terahertz technologies for virus sensing: drawbacks and potentialities
A. D'Arco
;T. Mancini;R. Mosetti;S. Lupi
2023
Abstract
Although many conventional molecular and immuno-based techniques are widely used for these purposes, they still have some drawbacks concerning sensitivity, safety, laboriousness, long-term collection and data analysis. Therefore, new rapidly emerging approaches have been introduced such as terahertz (THz)-based technologies. Here, we summarize the emerging THz radiation technology, its potentialities and drawbacks in applications for high-sensitivity viral detection.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
