Fabiola Terzi
Fabiola Terzi is an Italian-French scientist and physician. She is known for her research on chronic kidney disease. Since January 2020, she serves as the director of the research Institut Necker-Enfants Malades in Paris.
Life and career
Fabiola Terzi attended medical school at the University of Milan where she graduated with a medical degree in 1986. She then trained as a pediatrician in the team of Professor Fabio Sereni in Milan specializing in pediatric nephrology. In 1989 she moved to Paris where she continued her specialization in pediatric nephrology in the team of Professor Michael Broyer and started a Ph.D. project under the supervision of Professor Claire Kleinknecht developing her interest for the molecular mechanisms of renal diseases. After her doctorate, she went on to train as a postdoc, first in the team of Professor Pascal Briand, then in the team of Professor Gérard Friedlander.With time she progressively focused on the physiopathology of chronic kidney disease. From 2003 on, she began to build up her own laboratory, which she has headed since then. Upon the founding of the Institute Necker-Enfants Malades in 2014, a research center affiliated to the French [National Institute of Health and Medical Research], the French National Center for Scientific Research and to the University of Paris, she became head of the "Growth and Signaling" department. Since January 2020, she serves as the director of INEM responsible for 19 research teams. Besides, she is editor of the "Experimental Nephrology and Genetics" section of the journal Nephron since 2015.
Scientific contribution
Fabiola Terzi's scientific work centers on the cellular events contributing either to the prevention or progression of chronic kidney disease and on characterizing the pathways and genetic programs underlying these events. She developed distinct experimental models of CKD, above all a model of nephron reduction, leading her to the discovery of pathways and potential pharmacological targets driving CKD. In particular, her team revealed a detrimental role of the epidermal [growth factor receptor] pathway in the fate of CKD, the activation of which aggravates renal lesions after nephron reduction.Beyond that, she has been involved in several translational studies that have succeeded in the identification of novel biomarkers of renal diseases in humans. These latter are protected by five patent filings.
Along with other world-renowned CKD experts, she is co-initiator of TrainCKDis, a European training programme intended to prepare the next generation of top-level CKD scientists funded by the European Union's Horizon 2020 research and innovation programme.