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Scientists and Projects
Sergio Abrignani
Silvia Barabino
Giorgio Battaglia
Andrea Becchetti
Ettore Biagi
Giorgio Biasi
Andrea Biondi
Francesco Broccolo
Silvia Brunelli
Maurizio C. Capogrossi
Giorgio Cattoretti
Guido Cavaletti
Clementina Cocuzza
Marco Crimi
Carlo Ferrarese
Giuliana Ferrari
Alessandra Ferri
Gaetano Finocchiaro
Katharina Fleischhauer
Maria Foti
Alberto Froio
Carlo Gambacorti-Passerini
Paolo Ghia
Gabriella Giagnoni
Roberto Giovannoni
Josée Golay
Francesca Granucci
Martino Introna
Marialuisa Lavitrano
Marzia Maria Lecchi
Renato Mantegazza
Massimo Masserini
Raffaela Meneveri
Paolo Mingazzini
Giuseppe Miserocchi
Monica Moro
Rosario Musumeci
Silvia Kirsten Nicolis
Sergio Ottolenghi
Gianfranco Parati
Marco Parenti
Roberto A. Perego
Maurizio Pesce
Antonio Pesenti
Alberto Piperno
Giulio Pompilio
Maria Pia Protti
Eva Reali
Paola Ricciardi-Castagnoli
Ilaria Rivolta
Antonella Ronchi
Elena Irene Rugarli
Giulio Alfredo Sancini
Valeria Tiranti
Antonio Torsello
Angelo Vescovi
Ivan Zanoni
Antonio Zaza
Massimo Zeviani
Name: Giuseppe Miserocchi
E-mail: giuseppe.miserocchi@unimib.it
Department: Experimental Medicine - UNIMIB
Research Area(s): Biomedical application of nanoparticles, Oxygen transport pathway, Lung edema, Cardiorespiratory disorders in neonatology

Research Projects

Studies on biomedical application of nanoparticles

(imaging , drug targeted delivery) to evaluate the biophysical, biological and molecular aspects of nanoparticles-cell/tissue interaction, and their biological fate and transport in biological compartments. We study in particular the impact on the alveolar membrane and evaluate as well the potential of the alveolar route for drug delivery through the transcytosis process. The techniques employed allow to investigate membrane electrophysiology and transports, biological fate/accumulation/metabolism, intracellular trafficking, molecular biology.

Pathophysiology of lung edema

with special attention to the endothelial cells of the air-blood barrier as early sensors in the process of interstitial matrix damage/repair. These studies have a wide interest concerning the role of the lung as a gas exchanger in relation to the cardiac function and a potential application in cardio-respiratory disorders, in neonatology, critical care, cardiology and pneumology. Techniques adopted rely on gas diffusion measurements, hydraulic interstitial pressure measurements by micropipette (servo-null system), structure-function studies.
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