RESUMEN
BACKGROUND: Anastomotic leak is a major cause of morbidity and mortality of patients worldwide, and it has remained stable over the last years. Routine construction of protective ileostomy is associated with stoma and negatively affects patients' quality of life. Developing another technique to minimize those drawbacks with at least the same clinical success can help patients with anastomotic leak. We present the novel technique "Hidden Ileostomy" as an alternative to protective ileostomy that can achieve that balance. MATERIALS AND METHODS: Eight patients presented to our department underwent the novel technique "Hidden Ileostomy" as a rescue procedure for different reasons. The associated risk factors and clinical scenarios, together with the follow-up data, are presented. RESULTS: For the eight cases in this study, one patient was ASA grade 1, 3 patients were classified as ASA grade 2, and 4 were grade 3. The mean ± SD operative time and blood loss were 196.3 ± 16.4 min and 325 ± 204.6 ml, respectively. The hidden ileostomy was removed after an average of 8 days. Only Case 6 reported an anastomotic leak on a postoperative day 10. CONCLUSION: A hidden ileostomy is an alternative and feasible technique in selected cases in colorectal surgery. This technique could be adopted in our practice instead of routine instruction of ileostomy, especially in the equivocal anastomosis.
RESUMEN
Gastric antral vascular ectasia (GAVE) syndrome is an uncommon but well-described cause of recurrent upper gastrointestinal bleeding or iron deficiency anaemia. Atiology is unknown but several associated diseases have been reported like connective tissue or autoimmune disorders or cirrhosis. Cases have been reported in systemic sclerosis, achlorhydia, atrophic gastritis and chronic renal failure. The most common cause is portal hypertension and portal hypertensive gastropathy. This is especially so after eradication of oesophageal varices by sclerotherapy or banding. Diabetic complications are characterised by microvascular diseases especially in the retina, glomerulus and vasa nervorum. It involves apoptosis and remodelling of endothelial cells. Hyperglycaemia is an essential cause of reactive oxygen species (ROS)-mediated oxidative stress in this complication. Angiopathy of gastric mucosa in diabetes mellitus has not been reported so far in the literature. We are presenting an interesting case of diabetes mellitus with gastric vascular ectasia without evidence of any other systemic illness.