CURRICULUM VITAE
Monica De Mattei, Associate Professor at the University of Ferrara.
-Date of Birth: july 27, 1963.
-Place of Birth: Ferrara, Italia.
-1988: Degree in Biological Sciences at the University of Ferrara.
-1994: PhD in Medical Embriology, Institute of Histology, University of Ferrara.
-1994-1999: technician at the Department of Morphology and Embriology, Histology section, University of Ferrara.
-From 1999: Researcher at the Faculty of Medicine, Department of Morphology and Embriology, Histology section, University of Ferrara.
- From 2010: Associate Professor, at the Faculty of Medicine, Department of Morphology and Embriology, Histology section.
Her main research topics include:
-Analysis of the role of glycosaminoglycans on cell differentiation;
-In vitro studies concerning the effects of chondroprotective agents on articular cartilage metabolism to evaluate their potential therapeutic use;
-Effects of electromagnetic field (EMF) exposure on human osteoblasts;
-Analysis of the effects of electromagnetic fields and adenosine receptors on the metabolism of human chondrocytes, bovine chondrocytes and cartilage explants and synovial fibroblasts;
-Pharmacogenetic studies in human haematological diseases.
- In vitro cell Electroporation to optimize the cellular transport of molecules and drugs.
Monica De Mattei, Associate Professor at the University of Ferrara.
-Date of Birth: july 27, 1963.
-Place of Birth: Ferrara, Italia.
-1988: Degree in Biological Sciences at the University of Ferrara.
-1994: PhD in Medical Embriology, Institute of Histology, University of Ferrara.
-1994-1999: technician at the Department of Morphology and Embriology, Histology section, University of Ferrara.
-From 1999: Researcher at the Faculty of Medicine, Department of Morphology and Embriology, Histology section, University of Ferrara.
- From 2010: Associate Professor, at the Faculty of Medicine, Department of Morphology and Embriology, Histology section.
Her main research topics include:
-Analysis of the role of glycosaminoglycans on cell differentiation;
-In vitro studies concerning the effects of chondroprotective agents on articular cartilage metabolism to evaluate their potential therapeutic use;
-Effects of electromagnetic field (EMF) exposure on human osteoblasts;
-Analysis of the effects of electromagnetic fields and adenosine receptors on the metabolism of human chondrocytes, bovine chondrocytes and cartilage explants and synovial fibroblasts;
-Pharmacogenetic studies in human haematological diseases.
- In vitro cell Electroporation to optimize the cellular transport of molecules and drugs.
