In the current study, we present a new cleaning procedure and a new consolidation treatment, based_ on engineered Few Layers of Graphene (FLGs) nanoribbons, immobilizing enlyrnes such as Glucose Oxidase (GOD), Carbonic Anydrase (CA) and Urease (U). The preliminary evaluation of their cleaning efficiency and their consolidation performances , have been also reported, respectively.
Valentini, F., Dell'Unto, F., Romanazzo, D., Persichetti, L., Carbone, M., Sgarlata, A., et al. (2010). Functionalized graphene nanoribbons as nano-carrier for several bio-catalysts: a new selective poultice and consolidation treatment based on the controlled release of cleaning agent of deteriorated sultural heritage surfaces. In Diagnosis for the conservation and valorization of cultural heritage (pp.251-257). Napoli.
Functionalized graphene nanoribbons as nano-carrier for several bio-catalysts: a new selective poultice and consolidation treatment based on the controlled release of cleaning agent of deteriorated sultural heritage surfaces
VALENTINI, FEDERICA;Persichetti, L;CARBONE, MARILENA;SGARLATA, ANNA;BALZAROTTI, ADALBERTO;PALLESCHI, GIUSEPPE
2010-12-01
Abstract
In the current study, we present a new cleaning procedure and a new consolidation treatment, based_ on engineered Few Layers of Graphene (FLGs) nanoribbons, immobilizing enlyrnes such as Glucose Oxidase (GOD), Carbonic Anydrase (CA) and Urease (U). The preliminary evaluation of their cleaning efficiency and their consolidation performances , have been also reported, respectively.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
