Academic Appointments
- 2006–2026: Associate Professor of General Pathology (Scientific Disciplinary Sector MEDS-02/A), University of Parma
- 1999–2006: Assistant Professor (Researcher) of General Pathology (SSD MED/04), University of Parma
- 1996: PhD in Molecular Biology and Pathology, University of Parma
- 1990: Degree in Biological Sciences, University of Parma, summa cum laude (110/110 with honors)
Institutional and Administrative Roles
- 2013–2026: Head of the Experimental Medicine and Surgery Unit, Biopharmanet-TEC Interdepartmental Center for Innovation in Health Products
- 2020–2026: Director, Postgraduate Specialization in Clinical Pathology and Clinical Biochemistry (Medical Graduates)
- 2020–2024: Director, Postgraduate Specialization in Clinical Pathology and Clinical Biochemistry (Non-Medical Graduates)
- 2020–2023: Chair, Joint Faculty–Student Committee, Department of Medicine and Surgery
- 2013–2019: Member, Joint Faculty–Student Committee, Department of Medicine and Surgery
- 2025–present: Member, Departmental Quality Assurance Committee (PQD), Department of Medicine and Surgery
- 2025–present: Member, Area 06 Scientific Committee
- January 2026–present: Quality Assurance Manager (RAQ), Degree Program in Medicine and Surgery
- Member of the Faculty Board of the PhD Program in Translational Medical and Surgical Sciences
Teaching and Mentoring
- 2000–2026: Supervisor or co-supervisor of more than 150 undergraduate and graduate theses in:
- Pharmacy
- Pharmaceutical Chemistry and Technology
- Biomedical Laboratory Techniques
- Research coordinator and supervisor of 20 PhD candidates
Scientific Activity and Research Interests
Research activity is focused on Translational Medicine, with particular emphasis on translational oncology and the development of innovative technological and therapeutic approaches.
Current research primarily investigates novel therapeutic strategies to overcome both intrinsic and acquired resistance to molecularly targeted therapies in in vitro models of non-small cell lung cancer (NSCLC) and other solid tumors through molecular and cellular approaches, as well as in in vivo experimental animal models.
Scientific Research Leadership
Principal Investigator – International Competitive Grants
- 2012–2013: Does the maintenance of gefitinib exert a benefit in NSCLC cell lines become resistant after a prolonged gefitinib treatment? — AstraZeneca Global
- 2013–2015: Integration of gefitinib and conventional chemotherapy in preventing or retarding the acquisition of gefitinib resistance in NSCLC cell lines — AstraZeneca Global
- 2015–2017: Effect of combining osimertinib with conventional chemotherapy or monoclonal antibodies versus the HER family in NSCLC cell lines carrying activating mutations — AstraZeneca Global
- 2018–2020: Preclinical evaluation of mechanisms of intrinsic resistance to osimertinib — AstraZeneca Global
- 2021–2023: Metabolic reprogramming as a mechanism of resistance to the EGFR tyrosine kinase inhibitor osimertinib — AstraZeneca Global
- 2021–2023: New approaches for preventing or overcoming resistance to targeted therapies in preclinical models of EGFR- or RAS-oncogene addicted NSCLC — Competitive peer-reviewed FIL Research Grant, University of Parma
- 2026–2028: Evaluation of the efficacy of combining the CDK4/6 inhibitor abemaciclib with anti-angiogenic therapies in preclinical models of Ewing sarcoma — Associazione Noi per Loro
Participation in Competitive Research Projects (Leader of the Preclinical Research Unit)
- AIRC IG 2009: Optimizing EGFR inhibitor treatment in NSCLC — PI: A. Ardizzoni
- Italian Ministry of Health (2006–2009): Biological predictive factors of response to targeted therapies in lung cancer — PI: A. Ardizzoni
- AIRC IG 2013: Novel molecularly targeted approaches in the treatment of squamous cell lung cancer — PI: A. Ardizzoni
- AIRC IG 2016: Study of PD-L1 and other predictors of immunotherapy efficacy in cytology specimens and circulating tumor cells in advanced NSCLC — PI: A. Ardizzoni
- AIRC IG 2017: Beyond third-generation TKIs in EGFR-mutated NSCLC: resistance mechanisms, novel combinations and synthesis of new agents — PI: M. Tiseo
Scientific Output
- Author of 131 peer-reviewed scientific publications in international journals
- Total citations: 4,716
- H-index: 41 (Scopus)
Editorial Activities
- Associate Editor, Biochemical Pharmacology
Scientific Societies
Member of:
- American Society for Investigative Pathology
- Italian Society of Pathology
Other Scientific Appointments
- 2017–present: Member of the Scientific Committee, Fondazione Martalive ONLUS (Brugherio, Italy)
Organization of Scientific Meetings
- 2026: International Congress, Pleural Mesothelioma: Preclinical and Clinical Research, 3rd Edition (Parma)
- 2022: International Congress, Malignant Pleural Mesothelioma: Preclinical and Clinical Research, 2nd Edition (Parma)
- 2017: International Congress, Malignant Pleural Mesothelioma: Preclinical and Clinical Research, 1st Edition (Parma)
- 2015: National Congress, Towards Pharmacy Services: New Horizons in Anticancer Therapy (Parma)
- 2009: International Congress, Translational Research in Pleuro-Pulmonary Tumors: Overview and New Experimental Data (Parma)
- 2009: National Congress, Cellular Stress: Survival and Apoptosis (Parma)
- 2006: National Congress, Prevention, Early Diagnosis and New Therapies for Lung Cancer (Brescia)
Third Mission, Public Outreach and Engagement
Publications for the General Public
- 2019: State of the Art in Cancer Therapies, TEMA Farmacia
- 2021: What We Should Have Known and What We Still Need to Discover About COVID-19 and Immunity, in The COVID Storm: Bioethical Perspectives, edited by Antonio D'Aloia, FrancoAngeli, 2021, pp. 71–75
Public Health Initiatives
- 2019: Knowledge Aperitifs – New Frontiers in Cancer Therapy, Parma UniverCity InfoPoint
- 2021: Public webinar: COVID-19 Immunity and Vaccines
- 2026: Knowledge Aperitifs – From the Immune System to Therapy: Activating Antitumor Immune Defenses, Parma UniverCity InfoPoint
Outreach and Engagement with Schools
- 2022: European Researchers' Night – Life, Death and Madness of the Cells in Our Body
- 2023: UniJunior Parma – Learning to Grow: How We Defend Ourselves from Invisible Enemies: A Journey Through the Immune System (children aged 8–10 and students aged 11–13)
- 2024: European Researchers' Night – Life, Death and Madness of the Cells in Our Body
- 2024: UniStem Day 2024, 16th Edition – National Science Day for High School Students. Lecture: Mesenchymal Stem Cells: A Trojan Horse for Cancer Therapy
- 2025: UniJunior Parma – Learning to Grow: How We Defend Ourselves from Invisible Enemies: A Journey Through the Immune System (children and young students aged 8–13)