SIMPLE, BIOCOMPATIBLE AND COST-EFFECTIVE INULIN BASED siRNA DELIVERY SYSTEMS

SIMPLE, BIOCOMPATIBLE AND COST-EFFECTIVE INULIN BASED siRNA DELIVERY SYSTEMS

Monitoraggio emergenze ambientali

IL LASER A SCANSIONE PUÒ INTEGRARE LE TECNOLOGIE TOPOGRAFICHE TRADIZIONALI E OTTENERE RAPPRESENTAZIONI CARTOGRAFICHE DEI DISSESTI IN TEMPI RAPIDI E FUNZIONALI ALLE TIPOLOGIE DI INTERVENTO (MANUTENZIONE, CONSOLIDAMENTO STRUTTURALE, PROTEZIONE CIVILE). IL CASO DELLA FRANA DI CARONIA (ME) E L’INTERFERENZA CON LA SP 168.

Inulin-Spermine derivatives for siRNA delivery

POLYMERIC FLUORESCENT NANOPARTICLES BASED ON A POLYASPARTAMIDE FOR IMAGING APPLICATIONS: EVALUATION OF GALACTOSE TARGETING ON HEPG2 CELL INTERNALIZATION

INULIN GRAFT CO-POLYMERS AS SELF-ASSEMBLING MICELLES FOR DRUG DELIVERY

Inulin Coated Gold Nanoparticles As a Potential Tool For Cancer Therapy

FUNCTIONALITATION OF HYDROPHOBIC SURFACES WITH A POLYASPARTAMIDE-BASED DERIVATIVE FOR BIOMEDICAL APPLICATION

TOWARD POTENT ANTIBIOFILM DEGRADABLE MEDICAL DEVICES: GENERIC METHODOLOGIES FOR THE SURFACE MODIfiCATION OF POLYLACTIDE

POSTNATAL DEVELOPMENTAL CHANGES IN ENTERIC DOPAMINERGIC SYSTEM

The postnatal period is a key period of life, characterized by the maturation of various organs and in particular of the gut. Currently, we have a poor understanding of the development of neurological and endocrine factors that control intestinal motility. Such knowledge can provide indications about the potency, efficacy, or therapeutic range of a drug in premature infants. Dopaminegic antagonists are often used as prokinetic drugs to treat impaired GI propulsion, although the role of the enteric dopaminergic system in the control of intestinal motility in neonatal vs adult has not been adequately addressed. In this view the aim of this study, was to examine, the functionality of the dopam…

Galactose-decorated polymeric nanoparticles based on a polyaspartamide