Mariaelena Pierobon, MD, MPH
MD, University of Padova (Italy), School of Medicine and Surgery | MPH, George Mason University
The primary focus of my research is the delivery and implementation of precision medicine for cancer patients. My personal mantra is “Discover and heal.” I am thrilled by the challenge of uncovering new therapeutic opportunities for cancer patients and devising ways of translating them to large-scale healing opportunities. My research model is based on a combination of translational studies and clinical trials with a focus on metastatic disease and on the tumor microenvironment. We work with in vitro models and patient-derived biological specimens. Our research activities include target identification, detection of response mechanisms, and diagnostic advancements for patients’ stratification to treatment. We use state-of-the-art technologies to explore spatial and dynamic interactions in cancer, and utilize this information to devise tailored, therapeutic solutions for our patients.
■ Targeting metastatic cancers using precision medicine. In nationwide multicenter clinical trials sponsored by the Side Out Foundation, we use “omic” techniques to identify drivers of individual tumors and develop tailored treatments.
■ Developing novel strategies for exploring tumor-immune interactions. We explore dynamic tumor-immune interactions, identify mechanisms of response to immunotherapy, and develop diagnostic tools for treatment selection.
■ Exploiting gene-dosage effect. We study the phenotypical manifestations of oncogenic gene-dosage on tumors’ signaling network to develop targeted therapeutic options in lung cancer.
■ Exploring protein-protein interactions and proteins intracellular localization. We develop novel analytical tools for exploring protein complexes and their role in response to treatment in cancer.
■ E. Pin et al., A pilot study exploring the molecular architecture of the tumor microenvironment in human prostate cancer using a laser capture microdissection and reverse phase protein microarray workflow. Mol Oncol 10(10), 1585-1594 (2016).
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