NOVELTY - Use of functionalised nanosponge based upon a crosslinked cyclodextrin and containing at least one functionalizing agent, such as a microelement, an active principle and/or a magnetic material, for application on vegetable organisms of which the growth, conservation, protection and/or disinfection is promoted, is claimed. USE - The functionalised nanosponge is useful for the application on vegetable organisms of which the growth, conservation, protection and/or disinfection is promoted, where the vegetable organism includes biomasses, fruit plants, ornamental plants, plants with oleaginous fruits or seeds, vegetables, cereals and algae (all claimed). ADVANTAGE - The nanosponges is capable of enhancing absorption, and holding and ensuring the gradual release of water, micronutrients, active biological substances, thus creating a more favorable ambient for the development of useful micro flora.

Use of functionalised nanosponge based upon a crosslinked cyclodextrin and containing functionalizing agent, for application on vegetable organisms of which the growth, conservation, protection and/or disinfection is promoted

DEVECCHI, Marco;SCARIOT, VALENTINA;
2013-01-01

Abstract

NOVELTY - Use of functionalised nanosponge based upon a crosslinked cyclodextrin and containing at least one functionalizing agent, such as a microelement, an active principle and/or a magnetic material, for application on vegetable organisms of which the growth, conservation, protection and/or disinfection is promoted, is claimed. USE - The functionalised nanosponge is useful for the application on vegetable organisms of which the growth, conservation, protection and/or disinfection is promoted, where the vegetable organism includes biomasses, fruit plants, ornamental plants, plants with oleaginous fruits or seeds, vegetables, cereals and algae (all claimed). ADVANTAGE - The nanosponges is capable of enhancing absorption, and holding and ensuring the gradual release of water, micronutrients, active biological substances, thus creating a more favorable ambient for the development of useful micro flora.
2013
WO2013046165-A1
SEA MARCONI TECHNOLOGIES DI TUMIATTI SAS
ROGGERO CM; DI CARLO S; TUMIATTI V; TUMIATTI M; DEVECCHI M; SCARIOT V; KAPILA S
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/144342
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