Personale docente

Marco Frasconi

Professore associato confermato


Indirizzo: VIA F. MARZOLO, 1 - PADOVA . . .

Telefono: 0498275231


Marco Frasconi is Associated Professor of Analytical Chemistry at University of Padova, Department of Chemical Sciences. Born in Narni (TR, Italy) in 1983, he received his Bachelor Degree in Chemistry (2005) and Master Degree in Analytical Chemistry and Applied Methodologies (2007) from University of Rome “Sapienza”. He obtained his PhD in Pharmaceutical Sciences (2010) from the same institution working at the Department of Chemistry and Drug Technologies (Advisor: Professor Franco Mazzei). During his graduate studies he was Visiting Researcher (2009) in the group of Professor Itamar Willner at the Hebrew University of Jerusalem (Israel). After the PhD, he moved to Northwestern University in Evanston (IL, USA) as Postdoctoral Fellow (from 2010 to 2014) with Professor Sir Fraser Stoddart (2016 Nobel Laureate in Chemistry). In 2014, he returned to Italy where he worked at the Italian Institute of Technology in Genova. On December 2015, he was appointed Associate Professor at University of Padova.

The focus of his work is on understanding the self-assembly mechanisms of molecules and nanomaterials and, by exploiting the properties of such systems, control the biomolecular recognition processes on engineered surfaces for the development of novel analytical tools that can be applied for the detection of molecules and biomarkers with implications on clinical diagnostic.
His research has resulted in 79 articles in peer-reviewed international journals (H-index = 27, source ISI Web of Science) and 3 patents.

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Download Curriculum_Frasconi.pdf

1) Superfici biomimetiche ― Assemblaggio molecolare programmabile di superfici per il controllo dell'interazione con proteine

2) Biochip ― Sviluppo di piattaforme robotiche per la realizzazione di matrici di sensori per l’analisi di proteine di interesse biomedico

3) Nanodiagnostica ― Sistemi ibridi nanoparticelle-proteine per la diagnosi precoce dei tumori

4) Materiali nanostrutturati ― Auto-assemblaggio di strutture 3D di grafene funzionalizzato non-covalentemente

5) Sensori per il monitoraggio ambientale ― Sviluppo di sensori elettrochimici per l'analisi di agenti inquinanti nelle acque