摘要
Endoscopic procedures continue to play an emerging role in diagnosing and treating upper and lower gastrointestinal (GI) disorders. In particular, the introduction of colonoscopy in bowel cancer screening has underlined its promising role in decreasing the incidence of colorectal cancer and reducing tumour related mortality. To achieve these goals patients need to contemplate endoscopic examinations as painless and fearless procedures. The use of carbon dioxide (CO<sub>2</sub>) as an alternative insufflation gas in comparison to air has been considered as an essential key to improving patients’ acceptance in undergoing endoscopic procedures. CO<sub>2</sub> is absorbed quickly through the bowel mucosa causing less luminal distension and potentially less abdominal pain. However, its exact role has not been defined completely. In particular, the beneficial use of CO<sub>2</sub> in upper GI endoscopy and in sedated patients is still conflicting. In the present review, we aimed to assess the current evidence for using CO<sub>2</sub> in endoscopy and to evaluate its potential role in the future.
Endoscopic procedures continue to play an emerging role in diagnosing and treating upper and lower gastrointestinal(GI)disorders.In particular,the introduction of colonoscopy in bowel cancer screening has underlined its promising role in decreasing the incidence of colorectal cancer and reducing tumour related mortality.To achieve these goals patients need to contemplate endoscopic examinations as painless and fearless procedures.The use of carbon dioxide(CO2)as an alternative insufflation gas in comparison to air has been considered as an essential key to improving patients’acceptance in undergoing endoscopic procedures.CO2is absorbed quickly through the bowel mucosa causing less luminal distension and potentially less abdominal pain.However,its exact role has not been defined completely.In particular,the beneficial use of CO2 in upper GI endoscopy and in sedated patients is still conflicting.In the present review,we aimed to assess the current evidence for using CO2 in endoscopy and to evaluate its potential role in the future.
