From bispecific to multispecific antibodies: a highly promising field
Development of therapies modulating two or more targets is increasing rapidly despite facing a number of hurdles
Redesigning oncology clinical trials with agentic AI
Semi-autonomous and autonomous foundation models are helping cancer research and anticancer drug development
The challenge of undifferentiated sarcomas
Recent studies have improved current understanding of clinical variability and molecular diversity of this subgroup, but many questions remain
Sex and gender are key for precision oncology and benefit all patients
Several misconceptions around sex- and gender-sensitive medicine still limit its application in cancer research and care
The power of dual-layer genomics in precision oncology
Integrating DNA and RNA profiling is a promising approach to advance cancer characterisation and guide clinical decision-making
Shaping the use of AI in oncology
ESMO plays a central role in developing long-lasting recommendations for a safe and effective use of artificial intelligence supporting oncology stakeholders
Artificial intelligence is expediting the development of therapeutic immunotherapies
AI-driven approaches can help to design minibinders, which may bring new T-cell receptor-based therapies closer to the clinic
Going beyond protocol is key for young people with cancer
For adolescents and young adults with cancer, individualised care that addresses their unique medical and psychosocial needs is essential to improving outcomes and quality of life
AI-powered three-dimensional tumour pathology
Computational models can overcome current limitations of 3D analysis of tumour samples
Artificial intelligence as a reliable research partner
Extensive research is focusing on the development of tools that may enhance drug development and personalised oncology in the near future