
Overcoming barriers to immunotherapy for microsatellite stable colorectal cancer
Recent data indicate a role of immunotherapy for tumours with high levels of microsatellite instability, especially in the neoadjuvant setting

Targeting KRAS offers new hope for patients with gastrointestinal cancers
The development of KRAS selective inhibitors promises to expand treatment to a broader population of patients with KRAS-mutated tumours

Towards a brighter future for gynaecological cancers
Improvements in the understanding of molecular mechanisms, together with a greater focus on prevention, are key elements to countering gynaecological malignancies

New insights into the evolutionary pattern of breast cancer
A more detailed picture of breast cancer establishment may facilitate prevention and detection in women at high risk

Making personalised precision medicine a reality for early breast cancer
Individualised assessment of initial response to therapy may pave the way for chemotherapy-sparing treatment, but it requires that multidisciplinary teams adapt their current practices

Breast cancer: is the future of PARP inhibitors bright?
Benefits of these targeted agents are not limited to tumours with germline BRCA1/2 mutations, but many questions remain to be answered

Incorporating ctDNA into clinical trial design
ctDNA offers immense possibilities for improving the management of early-stage lung cancer and the area is primed for new trials to test this approach in the context of minimal residual disease

How can proteomics aid the study of lung cancer in never smokers?
Personalised proteogenomics has the power to transform the identification, staging and management of NSCLC in never smokers

Centralisation of care in rare cancers – what are the next steps?
Innovative models and increased cross-border collaborations can further support the implementation of rare cancer reference centres to expedite diagnosis and improve treatment

Novel antigens for cancer immunotherapy – a way to enhance effectiveness?
Research is ongoing to revisit the classic neoantigen approach that may better interpret the complexity of the immune system