I hold a PhD in Genetics and Molecular Biology, with specialized training in Microbiology and Virology from the University of Pavia.

My research has focused on the biology of tumor cells and the complexities of the tumor microenvironment, particularly its immunosuppressive aspects.

At Humanitas, I explored the interactions between innate immunity, inflammation, and tumor progression, with a focus on mesothelioma and biofilm formation on medical devices.

I have also contributed to developing innovative immunotherapy approaches for pediatric solid tumors, driven by a commitment to advancing cancer research and understanding the innate immune system.

I am a dedicated PhD student in a molecular biology lab, where I focus on unraveling the complexities of cellular processes at the molecular level. With a strong background in genetics and biochemistry, I am passionate about understanding how genes and proteins interact to drive biological functions and disease.  My research involves cutting-edge techniques such as CRISPR gene editing, RNA sequencing, and advanced microscopy, aiming to uncover new insights into cellular behavior. My work is centered on understanding the cellular mechanisms that detect, repair, and respond to DNA damage. Specifically, I investigate the molecular pathways that maintain genome stability and protect cells from genotoxic stress. I am committed to pushing the boundaries of molecular biology and by elucidating these mechanisms, I hope to contribute to the development of novel therapeutic strategies for cancer and other genetic diseases linked to DNA repair deficiencies. 

I hold a Master's degree in Pharmaceutical Biotechnology from the University of Milan. My journey into research began as a master’s student in Prof. Anna Kajaste-Rudnitski's lab at SR-Tiget, based at the San Raffaele Hospital in Milan, where I worked on modeling Aicardi-Goutières Syndrome (AGS).
I continued as a research fellow, in both Milan and Pavia. Today, I am pursuing my PhD with IUSS, where I am investigating the molecular pathways underpinning AGS. My current research focuses on using cellular models to better understand the fundamental mechanisms driving this disease, with the aim of identifying potential therapeutic targets.
As a researcher, I am deeply curious and motivated to uncover the molecular
underpinnings of complex diseases. I am particularly drawn to the intricate
interactions within cellular pathways and the potential to contribute to
advances in gene therapy and molecular medicine.

I’ve graduated in Biology Applied to Research in Biomedicine in 2023 from the University of Milan. I currently work in the team led by Prof. Anna Kajaste-Rudnitski at SR-Tiget at the San Raffaele Hospital in Milan, Italy. I work on the innate immune barriers affecting lentiviral gene therapy vectors.

As an aspiring researcher, I have always been curious and ambitious to understand how and why biological processes are taking place.

I had the opportunity to attend my internship at San Raffaele Hospital, a highly stimulating environment that made me realize how important it was for me to be able to contribute to the world of biological research.  I am deeply interested in immune responses and all of the intricacies of gene therapy as it is a very complex and innovative branch of biotechnologies.

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I hold a bachelor's degree in Biosciences and Biotechnology from the University of Camerino, and I have continued my studies with a master's degree in Molecular Biology and Genetics from the University of Pavia. My master’s thesis, conducted at Humanitas Research Hospital, explored the ex vivo effects of Apremilast on monocyte-derived macrophages cells. 

I joined the AKR as a research fellow, but quickly adapted to the lab environment and now I am the lab manager/lab technician. I oversee daily operations, manage inventories, handle administrative tasks, maintain equipment and support the ongoing research of my fellow colleagues. I ensure that the lab runs smoothly and efficinetly while contributing to scientific progress.