Our studies in the field of printing nanobiology in aqueous solution are proposed to highlight the role of water in the processes of interaction between biomolecules in drug- screening devices fabricated by bioprinting technologies and to emphasize the influence of water evaporation on the diffusion of molecules in droplets of picoliter-scale.
Cavaleri, F., Arrabito, G., Pellerito, C., Vetri, V., Cancemi, P., Desideri, A., et al. (2015). PRINTING NANOBIOLOGY IN AQUEOUS SYSTEMS. In "Frontiers in Water Biophysics" Book of Abstracts of 2015 (pp. 55-55).
PRINTING NANOBIOLOGY IN AQUEOUS SYSTEMS
CAVALERI, FELICIA;Arrabito, Giuseppe Domenico;PELLERITO, Claudia;VETRI, Valeria;CANCEMI, Patrizia;FEO, Salvatore;LEONE, Maurizio;PIGNATARO, Bruno Giuseppe
2015-09-07
Abstract
Our studies in the field of printing nanobiology in aqueous solution are proposed to highlight the role of water in the processes of interaction between biomolecules in drug- screening devices fabricated by bioprinting technologies and to emphasize the influence of water evaporation on the diffusion of molecules in droplets of picoliter-scale.
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