In this work the hydrophobic core of Inulin based micelles has been exploited for the loading of the model hydrophobic drug curcumin (solubility ≈ 11ng/ml), the drug release studies have been performed in simulated physiological fluids. Furthermore, biological studies on suitable cell lines have been performed to verify the biocompatibility of INVITE conjugates
This work reports on the formation of a carrier-in-carrier device for the systemic delivery and targ...
This work aims at designing a drug delivery system for rifampicin (RIF) to be used for the therapy o...
Among small therapeutic molecules which have been developed as an anticancer agent, many of potentia...
In this work the hydrophobic core of Inulin based micelles has been exploited for the loading of the...
The aim of this work was to evaluate the potential of INVITE-based nanomicelles, an amphiphilic poly...
The aim of this work was to evaluate the potential of INVITE based nanomicelles, an amphiphilic poly...
The aim of this work was to evaluate the potential of INVITE-based nanomicelles, an amphiphilic poly...
Inulin (INU) is a polyfructose which have the unique features to not bind plasmatic proteins and to ...
In order to investigate the potential use of INVITE micelles for urinary tract infections, we tested...
In clinical studies, drugs with hydrophobic characteristic usually reflect low bioavailability, poor...
In order to verify the effect of different processes on the starting polymers INVITE, their thermal ...
Polymer-based nanomedicines are extensively investigated in the field of cancer therapy to improve t...
This paper reports the synthesis and characterization of a new amphiphilic inulin graft copolymer ab...
This work aims at designing a drug delivery system for rifampicin (RIF) to be used for the therapy o...
This work reports on the formation of a carrier-in-carrier device for the systemic delivery and targ...
This work reports on the formation of a carrier-in-carrier device for the systemic delivery and targ...
This work aims at designing a drug delivery system for rifampicin (RIF) to be used for the therapy o...
Among small therapeutic molecules which have been developed as an anticancer agent, many of potentia...
In this work the hydrophobic core of Inulin based micelles has been exploited for the loading of the...
The aim of this work was to evaluate the potential of INVITE-based nanomicelles, an amphiphilic poly...
The aim of this work was to evaluate the potential of INVITE based nanomicelles, an amphiphilic poly...
The aim of this work was to evaluate the potential of INVITE-based nanomicelles, an amphiphilic poly...
Inulin (INU) is a polyfructose which have the unique features to not bind plasmatic proteins and to ...
In order to investigate the potential use of INVITE micelles for urinary tract infections, we tested...
In clinical studies, drugs with hydrophobic characteristic usually reflect low bioavailability, poor...
In order to verify the effect of different processes on the starting polymers INVITE, their thermal ...
Polymer-based nanomedicines are extensively investigated in the field of cancer therapy to improve t...
This paper reports the synthesis and characterization of a new amphiphilic inulin graft copolymer ab...
This work aims at designing a drug delivery system for rifampicin (RIF) to be used for the therapy o...
This work reports on the formation of a carrier-in-carrier device for the systemic delivery and targ...
This work reports on the formation of a carrier-in-carrier device for the systemic delivery and targ...
This work aims at designing a drug delivery system for rifampicin (RIF) to be used for the therapy o...
Among small therapeutic molecules which have been developed as an anticancer agent, many of potentia...