CASAGRANDE, GIUSTINA

CASAGRANDE, GIUSTINA  

DIPARTIMENTO DI ENERGIA  

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Risultati 1 - 20 di 70 (tempo di esecuzione: 0.027 secondi).
Titolo Data di pubblicazione Autori File
A new method to evaluate patient’s characteristic response to ultrafiltration during hemodialysis 1-gen-2007 CASAGRANDE, GIUSTINAMIGLIETTA, FERRUCCIOFUMERO, ROBERTOCOSTANTINO, MARIA LAURA +
Application of Controlled Shear Stresses on the Erythrocyte Membrane as a New Approach to Promote Molecule Encapsulation 1-gen-2016 CASAGRANDE, GIUSTINACOSTANTINO, MARIA LAURA +
Assessment of intradialysis calcium mass balance by single pool variable-volume calcium kinetic model 1-gen-2018 CASAGRANDE, GIUSTINABIANCHI, CAMILLAVITO, DOMENICOCOSTANTINO, MARIA LAURA +
Assessment of Intradialytic Calcium Balance Based on a Single Pool Variable-Volume Calcium Kinetic Model 1-gen-2014 CASAGRANDE, GIUSTINABIANCHI, CAMILLACOSTANTINO, MARIA LAURA +
A Bayesian approach for the identification of patient-specific parameters in a dialysis kinetic model 1-gen-2018 Lanzarone, EttoreCasagrande, GiustinaCostantino, Maria Laura +
Bayesian Identification of Patient-Specific Parameters in a Dialysis Kinetic Model 1-gen-2017 BIANCHI, CAMILLACASAGRANDE, GIUSTINACOSTANTINO, MARIA LAURA +
Cardiovascular stability and patient dependent mass transfer during dialysis. 1-gen-2008 CASAGRANDE, GIUSTINAFUMERO, ROBERTOCOSTANTINO, MARIA LAURA +
COMPARISON OF AEROSOL ACCESSORIES PERFORMANCES BY A FLUID DYNAMIC COMPUTATIONAL APPROACH 1-gen-2016 POSSENTI, LUCACASAGRANDE, GIUSTINACOSTANTINO, MARIA LAURA
A computational model for microcirculation including Fahraeus-Lindqvist effect, plasma skimming and fluid exchange with the tissue interstitium 1-gen-2018 Possenti, Lucadi Gregorio, SimoneGEROSA, FANNIE MARIARAIMONDI, GIORGIOCasagrande, GiustinaCostantino, Maria LauraZunino, Paolo
COMPUTATIONAL MODEL OF RED CELL FLOW IN MICRO-CHANNELS FOR PROBING MOLECULES ENCAPSULATION 1-gen-2014 CASAGRANDE, GIUSTINABIANCHI, ELENACOSTANTINO, MARIA LAURA
A COMPUTATIONAL MODEL OF THE INTERACTION BETWEEN CONTINUA AND NETWORKS: APPLICATION TO MICROCIRCULATION AND UREMY 1-gen-2017 L. PossentiG. CasagrandeDi GREGORIO, SIMONEM. L. CostantinoP. Zunino
A computational model of the interaction between microcirculation and tissue interstitium 1-gen-2017 L. PossentiG. CasagrandeM. L. CostantinoP. Zunino
COMPUTATIONAL MODELING OF THE INTERACTION OF LYMPHATIC AND VASCULAR MICROCIRCULATION IN UREMIA 1-gen-2018 L. PossentiG. CasagrandeS. Di GregorioP. ZuninoM. L. Costantino
Computational modelling of microvasculature and microvascular environment 1-gen-2019 G. CasagrandeM. L. CostantinoP. Zunino +
Definition of an index to forecast intradialytic hypotension by a multi-variate statistical analysis 1-gen-2015 VITO, DOMENICOCASAGRANDE, GIUSTINABIANCHI, CAMILLACOSTANTINO, MARIA LAURA +
Determination of cardiovascular mechanics evolution in the presence of the arteriovenous fistula. 1-gen-2009 CASAGRANDE, GIUSTINALANZARONE, ETTOREMIGLIETTA, FERRUCCIOFUMERO, ROBERTOCOSTANTINO, MARIA LAURA +
Development of a two-pool virtual simulator of fluid and mass transfer in a dialysis patient 1-gen-2014 BIANCHI, CAMILLACASAGRANDE, GIUSTINACOSTANTINO, MARIA LAURA
DIALYSIS AND DIABETES: WHAT A MATHEMATICAL MODEL CAN TELL US? 1-gen-2019 G. CasagrandeML. Costantino
Drug in a cell: an innovative device for a smarter chemotherapy 1-gen-2019 M. PiergiovanniG. CasagrandeE. BianchiML. Costantino +
Eritrociti per la veicolazione di farmaci 1-gen-2019 G. CasagrandeE. BianchiM. CostantinoM. Piergiovanni +