2025 – Ido Amit

Ido Amit is the winner of 2025 Translational Cancer Researcher Award, for his pioneering studies about modern immunology and cancer immunology.

His outstanding discoveries are greatly impacting and shaping basic immunology and immunotherapy research, finding chances of cure for currently incurable cancer.

Professor Ido Amit has led and pioneered the development of single-cell genomics and its application to characterization of the immune system. Noticeably, his lab has made some of the most dramatic technology developments in this emerging field. His research using these technologies has revolutionized our understanding of the immune system, identifying dozens of new immune cell states and pathways and their roles in tumor immunology. Ido is a world leader and pioneer of modern immunology and Cancer Immunology, with outstanding contributions and discoveries that are greatly impacting and shaping basic immunology and immunotherapy research. His research studying the complex immune – tumour interaction enabled the discovery of a highly central immune regulatory tumour associated macrophages checkpoint blocking effective immunotherapy responses – the TREM2 pathway.

His research uncovered that TREM2 is a potent myeloid checkpoint regulating the pathological immune microenvironment. These studies have led to an international effort to translate myeloid checkpoints and the TREM2 pathway for cancer therapy that are already showing promising pre-clinical results.
In cancer, Immune checkpoint inhibition treatment using anti-PD-1 monoclonal antibodies is a promising cancer immunotherapy approach effecting the lives of millions, yet most patients remain unresponsive. In a seminal study, Prof. Amit research has showed that the crosstalk between conventional type I dendritic cells (cDC1) and T cells is essential for an effective aPD-1-mediated T cell response and anti-tumour efficacy.

Accordingly, this has led his team to develop a novel immunotherapy technology; Bispecific Immune Synapse Engager (BiSE), facilitating tumour specific physical interactions between T cells and cDC1. BiSE treatment promoted the formation of active dendritic/T cell immune synapses in the tumour, resulting in potent anti-tumour activity in currently incurable cancer models. BiSE introduces a new concept in immunotherapy, engineering immune cell circuits to reactivate communication pathways for effective anti-tumour immunity for currently incurable cancer.

Ido Amit will held his scientific lectures during 2025:

·         the Translational Cancer Researchers Lecture at EARC Annual Congress, in Lisbon, next June
·         the Pezcoller Lecture at CIBIO Department of University of Trento, in the 2025 autumn.