Dip-pen lithography (DPL) technique has been employed to develop a new flexible biosensor realized on nylon with the aim to detect the activity of human topoisomerase. The sensor is constituted by an ordered array of a DNA substrate on flexible nylon supports that can be exploited as a drug screening platform for anticancer molecules. Here, we demonstrate a rapid protocol that permits to immobilize minute quantities of DNA oligonucleotides by DPL on nylon surfaces. Theoretical and experimental aspects have been investigated to successfully print DNA oligonucleotides by DPL on such a porous and irregular substrate.
Ferrara, V., Ottaviani, A., Cavaleri, F., Arrabito, G., Cancemi, P., Ho, Y., et al. (2019). DNA-based biosensor on flexible nylon substrate by dip-pen lithography for topoisomerase detection. In B. Andò, F. Baldini, C. Di Natale, V. Ferrari, V. Marletta, G. Marrazza, et al. (a cura di), Lecture Notes in Electrical Engineering (pp. 309-316). Springer, Cham [10.1007/978-3-030-04324-7_39].
DNA-based biosensor on flexible nylon substrate by dip-pen lithography for topoisomerase detection
Ferrara, V.;Cavaleri, F.;Arrabito, G.;Cancemi, P.;Pellerito, C.;Feo, S.;Pignataro, B.
2019-01-01
Abstract
Dip-pen lithography (DPL) technique has been employed to develop a new flexible biosensor realized on nylon with the aim to detect the activity of human topoisomerase. The sensor is constituted by an ordered array of a DNA substrate on flexible nylon supports that can be exploited as a drug screening platform for anticancer molecules. Here, we demonstrate a rapid protocol that permits to immobilize minute quantities of DNA oligonucleotides by DPL on nylon surfaces. Theoretical and experimental aspects have been investigated to successfully print DNA oligonucleotides by DPL on such a porous and irregular substrate.
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