Talih, TutkunSumer, AzizPeksen, CaghanSancak, TunahanÇelik, SebahattinKuşcu, YağmurAktokmakyan, Talar Vartanoglu2025-05-102025-05-1020212564-68502564-7032https://hdl.handle.net/20.500.14720/9324Objective: Obesity is a global health epidemic with considerable co-morbidities. The increasing demand for bariatric surgery has led to the emergence\rof new techniques. We modified previously described Mini Gastric By-pass(MGB) technique via leaving a bridge at the most cranial 2 cm of the fundus\rof the human stomach to the follow-up and treatment of the remnant stomach and duodenum. We would like to entitle this new technique as Bridged\rMGB and aimed to apply on rabbits as an experimental study.\rMaterial and Methods: The study was performed in the experimental animal laboratory of university after ethical approval was taken from the local\rethics committee. Described new technique was applied to 2.1 and 3.2 kg 2 New Zealand rabbits.\rResults: As a result of the operations, one of the rabbits died on the day of the operation; the other rabbit was exitus postoperatively on the third day.\rIn autopsies, although no problem was detected at the anastomoses, necrosis was detected in the large curvature of both rabbits.\rConclusion: Rabbit, one of the popular experimental animals, has been shown to be different from the human gastrointestinal system in both arterial\rand topographic aspects and it has been emphasized that it varies according to the species and even the diet and the climate. We believe that our study\rfailed as a result of these differences and that animals more similar to humans should be used in gastrointestinal experimental studies.eninfo:eu-repo/semantics/openAccessMühendislikBiyotıpCerrahiArticle373N/AQ3294298