Each year, the European Research Council awards ERC Starting Grants to support the independent and innovative research of outstanding early-career scientists. We are extremely proud to announce that four DBM researchers are recipients of this year’s ERC grant. Receiving four awards in one round highlights the attractiveness of our department for strong, diverse and cutting-edge research programs.
Jean-Christophe Beltra and his team are addressing a major challenge in cancer immunotherapy: the exhaustion of CD8 T cells, the main killer cells of our immune system. Over the last decade, cancer immunotherapy has revolutionized the way cancer is treated. Yet, despite clinical successes, a considerable number of patients still relapse because CD8 T cells gradually lose their anti-tumor functions in a process referred to as “exhaustion.” Strategies such as checkpoint blockade can temporarily revitalize exhausted CD8 T cells, but these approaches ultimately fail at reversing exhaustion. Therefore, his group aims at identifying complementary approaches to counteract exhaustion, with the ultimate aim of unlocking the full potential of anti-cancer Immunotherapies. Ultimately, their goal is to identify actionable pathways to overcome exhaustion and drive the development of more durable and protective next-generation cancer immunotherapies.
On receiving the award, Jean-Christophe said:“I’m ecstatic, of course. This award is not only an important milestone but also an outstanding recognition of the significance of our research program and the goals we are striving to achieve as a group in the field of cancer immunotherapy.” He sees this award as an opportunity to step up in a highly competitive field—pushing beyond the lab’s comfort zone, developing new methods, tackling original and bold ideas, and above all, translating their fundamental discoveries into therapeutic products.
Diversify and explore! And a big thank you to my wife and children for being my constant source of energy and encouragement.
Jean-Christophe Beltra
Mariana Borsa will leverage her ERC Starting Grant to advance on the interplay between ageing and the immune system. As we age, our immune system becomes increasingly dysfunctional, making us more susceptible to infections and chronic inflammatory diseases. However, the underlying reasons for this decline remain poorly understood, and it is unclear whether this process can be effectively modulated. Their research therefore aims to investigate how ageing affects immune cells and to determine whether the ageing of specific cellular components contributes to the overall ageing of the organism. The lab will focus on T cells, which decline in number and function with age. Notably, T cells have been implicated in whole-body ageing by promoting a state of low-grade chronic inflammation known as inflamm-ageing. “We hypothesize that ageing alters the inheritance patterns of metabolic organelles, such as mitochondria and peroxisomes, in a way that negatively impacts T cell function.” Marianna says, “and the ERC Starting Grant funding will enable us to test this hypothesis by examining the mechanisms of organelle trafficking within cells, the impact of ageing on subcellular architecture, and the potential role of organelle inheritance as a driver of epigenetic imprinting. She expects that their findings will help generate new modulation strategies to alter organelle inheritance patterns, with the aim of boosting or rescuing T cell function. As the mechanisms under investigation are likely conserved across different cell types, the outcome of this project may also have implications beyond immunology, particularly in the context of tissue regeneration. The ERC grant will allow her and her team to dissect cell biological aspects of immune ageing, potentially paving the way for therapies aimed at cellular rejuvenation.
I am truly honored to receive this award, especially at such a pivotal moment as I begin establishing my lab at the Department of Biomedicine - it feels like a dream come true. This funding will significantly accelerate the trajectory of my lab and enable me to build a stronger team, thereby having a profound impact on the progress of my career.
Mariana Borsa
Magdalena Sznurkowska is focused on unraveling the drivers of organ-specific metastasis in breast cancer, the main cause of cancer-related deaths. In her group, she will study metastasis—the process by which cancer cells acquire the ability to leave the primary tumor and colonize entirely new organs in foreign tissue environments, which is the main cause of cancer-related death. The goal of her team is to identify the drivers of organ-specific metastatic patterns in breast cancer and to characterize the dynamic behavior οf tumor cells within different niches, aiming to reveal how distant sites shape cancer progression, and where one can intervene. Magdalena believes that this work will open new avenues for metastasis-targeted therapies—an urgent and currently unmet clinical need. She is deeply thankful to her mentors for their guidance throughout her career and during the application process. She would also like to thank in advance her future colleagues at the DBM for their planned support and for the several possible interactions that she would expect to initiate soon.
This award will allow me to pursue my long-held dream of establishing my own research programme.
Magdalena Sznurkowska
Brain tumors are among the most challenging malignancies, and there is an unmet need for more effective therapies. Tobias Weiss develops novel approaches to detect and treat brain tumors and translates preclinical innovations from the laboratory into clinical applications. With the ERC Starting Grant, he and his team will develop the next generation of cellular immunotherapies to fight brain cancer. To achieve this, we will develop innovative, high-throughput methods to systematically evaluate various modifications across different CAR immune cell types and identify those that can effectively combat the tumor. Additionally, we will use cutting-edge mouse models and patient samples to decipher the fate of cancer cells and immune cells in space and time. We will then leverage these insights for data-driven, innovative treatment strategies.
Receiving an ERC Starting Grant is a great honor. It allows me to conduct research at the intersection of bioengineering, immunology, oncology and medicine and to work with an outstanding team to drive innovation and translate meaningful advances to patients. I`m very grateful to my collaborators, patients and team and I am looking forward to the exciting journey ahead of us.
Tobias Weiss
Social Media