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Supervisor

Supervisor Doctoral Studentsort ascending Cycle Research Title Research Field
Cesaro Attilio Tavagnacco Letizia XXVI Ciclo Industrial Chemistry
Paoletti Sergio Tarusha Lorena XXVII Ciclo Biochemistry
Montini Tiziano Talukdar Smritirekha XXXVI Ciclo Reduction of CO2 to fuels by photocatalysis and electrocatalysis General and Inorganic Chemistry
PICCININ SIMONE Taleblou Mina XXXV Ciclo Controlling the oxidizability of supported Platinum nanoclusters Material Physics
Baraldi Alessandro Tache Cristian Alexandru XXIX Ciclo Material Physics
ZANGRANDO ENNIO Svetina Cristian XXVIII Ciclo Material Physics
Morgante Alberto Stredansky Matus XXXI Ciclo Material Physics
Toffoli Giuseppe Stopar Alex XXVII Ciclo Pharmacology
ARNEZ ZORAN MARIJ Stocco Chiara XXXIV Ciclo Nanofiber polymeric scaffold for slow and steady release of VEGF and ECs to induce efficient angiogenesis and healing in a mouse model of hind limb ischemia Plastic Surgery
BIASIOL GIORGIO Steinhartová Tereza XXXI Ciclo Material Physics
TOFFOLI GIUSEPPE Steffè Aharon XXXV Ciclo Triple-action nanoplatform for theranostic applications in hepatocellular carcinoma (HCC) Pharmacology
Sbaizero Orfeo Squarcia Laura XXXI Ciclo Science and Technology of Materials
PEDIO MADDALENA Soncini Cristian XXXIV Ciclo Advanced characterization of molecular thin films grown onto 2D systems Material Physics
Lughi Vanni Slejko Emanuele Alberto XXX Ciclo Science and Technology of Materials
Fraleoni Morgera Alessandro Sibilia Mirta XXIX Ciclo Science and Technology of Materials
Lughi Vanni Shah Syed Abdul Basit XXXVII Ciclo Photocatalytic reduction of CO2 using nanoarchitectonics and semi-conductor quantum dots Science and Technology of Materials
PARISSE PIETRO Senigagliesi Beatrice XXXIII Ciclo Biophysical and biomolecular analysis of extracellular vesicles and their interaction with target cells Material Physics
Breschi Lorenzo Scotti Nicola XXVII Ciclo Odonto-Stomalogical Diseases
Donati Ivan Scognamiglio Francesca XXVIII Ciclo Biochemistry
Prato Maurizio Sbacchi Maria XXXVII Ciclo Carbon nanodots as versatile materials for the synthesis of novel protocells and prototissues Organic Chemistry

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