steroids therapy, the second patient underwent surgery for a malignant stricture and the third patient had enteroscopy and removal of the capsule; biopsies of the stricture were in-conclusive. The overall cohort DY for all indications was 39% (n=377/958). Conclusions This is the largest series from a DGH in England. Our data has shown that CE is safe, non-invasive and feasible in a district hospital setting. It has a good DY, acceptable to patient and allows adequate look at the small bowel. Recommendations: Despite the major role of CE in GI investigation, there is a lack of structured training. We recommend formal accreditation and training to be added to the Gastroenterology advance training curriculum.

Background: Computed tomography coronary angiography is used to assess for coronary artery disease but can also pick up non-cardiac pathology. Previous studies have assessed the frequency of non-cardiac pathology. We investigated the non-cardiac findings and resulting follow up in a District General Hospital. Methods: All computed tomography coronary angiography scans for 1 year were retrospectively collected. Basic demographics and the non-cardiac findings were recorded from electronic health records. The significant respiratory findings and the respiratory follow up of these non-cardiac findings were recorded. Results: A total of 503 scans were carried out in one year. Of these scans, 24% had non cardiac findings present. Older patients were more likely to have non cardiac findings. The most common non cardiac findings were lung nodules, emphysema and hiatus hernias. Significant respiratory findings were present in 35 cases, which generated 24 episodes of respiratory follow up. Some patients who met criteria for follow up had not been referred. Conclusions: Non cardiac findings are common on computed tomography coronary angiography and in our hospital these findings led to significant follow up in respiratory services.