Short biographic note
Passionate by sciences since my young age, I hold a bachelor in both chemistry and physics, as well as an Erasmus Mundus master’s degree in “Advanced Spectroscopy for Chemistry” (ASC).
During my studies I had the chance to travel and learn from others; firstly by being an exchange student in the University of Moncton, Canada, secondly with an Erasmus exchange in Jagellonian University of Kraków, Poland, where I completed my master’s degree related with forensic chemistry.
I am currently working with enthusiasm on the Phys2BioMed project as the ESR1 in the University of Milan, in order to investigate the influence of the microenvironment of healthy and tumoral cells.
The influence of the microenvironment of healthy and tumoural cells.
1st June 2019
To investigate the response of healthy and tumoural cells to controlled chemical-physical stimuli provided by the microenvironment; to develop reliable and standardised approaches for the nano-mechanical characterisation by Atomic Force Microscopy (AFM) of cells, ExtraCellular Matrices (ECMs) and other soft samples.
The ESR will develop suitable platforms based on morphologically and chemically patterned substrates to provide controlled stimuli to healthy and cancerous cells. Suitably patterned substrates for cell culture using nanostructured/nanocomposite materials with controlled morphology and elasticity mimicking natural ECMs will be used to provide mechanical stimuli to cells, triggering mechanotransduction processes. The ESR will characterise the mechanical phenotype of cells in different stimulation conditions by means of AFM coupled to optical techniques, and commercial nano-indentation techniques. The ESR’s project will have a strong focus on methodological aspects of the research, including calibration of probes, modelling and data analysis, and contribute to the network-wide standardisation effort. ESR will be involved actively on several network tasks in training, dissemination and communication, and will support coordination activities of the PI.
Optics11 (The Netherlands), mastering commercial nano-indenter Piuma; University of Bremen (Germany), optimising calibration of AFM probes and data analysis; Vmicro SAS (France), development of custom probes and interferometric calibration; INSERM (France), study of mechanical response of cells in confined/patterned geometries; JUMC (Poland), studying the phenotype of malignant cells and advanced sample preparation procedures.