Site map
An overview of the available content on this site. Keep the pointer still over an item for a few seconds to get its description.
- Celebrating the launch of the Oxford Centre for Early Cancer Detection
- Using AI to improve endoscopic detection of oesophageal cancer
- Investigating circulating extracellular vesicles for the early detection of oesophageal cancer
- 7 year collaboration with Janssen to detect blood cancers earlier
- Detecting multiple myeloma earlier
- TAPS – a new method for detecting DNA methylation
- Transatlantic collaboration to support earlier detection of pancreatic and oesophageal cancer
- Improving myeloma diagnosis using simple blood tests
- Funding success for liver cancer early detection
- Oxford success at the liquid biopsy sandpit
- Early detection sandpit: artificial intelligence in medical image analysis
- Early detection artificial intelligence and digital pathology sandpit
- Searching for a pancreatic cancer DNA signature
- Boost for ovarian cancer early detection research
- Identification of circulating genomic and metabolic biomarkers of bile duct cancer
- Investigating the risk of cancer in patients with sporadic common variable immunodeficiency disorders (CVID)
- Window of opportunity for early cancer detection
- Crowd-sourcing approach to improve endoscopic detection of cancer
- Insights into the cell of origin for ovarian cancer – steps towards early detection
- Improved reagentless detection assay for protein biomarkers
- £10 million for Oxford-led cancer epidemiology studies
- CRUK Early Detection Primer Award for sarcoma research
- Understanding the link between unexplained weight loss and cancer diagnosis
- Prof Xin Lu honoured by the Royal Society
- External validation of an artificial intelligence tool for predicting malignancy in patients with lung nodules
- 3D-printing synthetic tissues
- Urine-based test for accurately assessing fatty liver disease
- Oxford technology holds great promise for a multi-cancer blood test
- Oxford-developed DNA methylation technology forms the basis of new startup company
- Investigating prostate cancer risk factors using routine blood tests
- Affordable approaches to earlier cancer diagnosis
- Oxford University to lead a new national programme of AI research to improve lung cancer screening
- Oxford-based QResearch secures funding for accelerating oesophageal cancer diagnosis
- Home tests for colorectal cancer could prioritise patients for referral
- OxCODE funds three early detection projects
- Using machine-learning approaches to identify blood cancer types
- Prioritising patients with unexpected weight loss for cancer investigation
- Early diagnosis projects win NIHR Research Capability Funding
- IGF-1 is a risk factor for several types of cancer