Liquid biopsy for early cancer detection: novel approaches show promising early signals
Novel tests based on epitranscriptomics and cfCTCF-DNA nucleoproteins aim to overcome sensitivity limitations of currently available methods
Novel tests based on epitranscriptomics and cfCTCF-DNA nucleoproteins aim to overcome sensitivity limitations of currently available methods
Emerging molecular and spatial approaches are providing new insights into osteosarcoma and identifying potential targets for future therapies
Growing experience suggests that artificial intelligence could potentially transform how cancer research is designed and conducted
Real-world findings show moderate-to-high concordance between AI-generated and human experts decisions
Experts' discussions during the ESMO Gastrointestinal Cancers Congress 2026 explored how AI is moving beyond image recognition to support surgery, pathology and image-guided intervention.
Direct identification of specific tumour-derived HLA-bound peptide targets is enabling the development of personalised immunotherapy strategies
ADCs are transforming the management of patients with GI cancers, but novel targets and combination strategies will be required to address resistance development and optimise patient outcomes
New study findings provide support for the use of ctDNA to predict survival benefits and personalise treatments
An ATOMIC study pre-planned exploratory analysis reports no DFS benefit with the addition of immunotherapy in patients receiving fewer than six cycles of chemotherapy
The phase III KRYSTAL-10 trial did not meet its co-primary survival endpoints
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