1.Carbon Dioxide Insufflation in Endoscopic Submucosal Dissection: Is It an Urgent Need?.
Chang Seok BANG ; Gwang Ho BAIK
Clinical Endoscopy 2017;50(5):407-409
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Insufflation*
2.Bradycardia during laparoscopic surgery due to high flow rate of CO2 insufflation.
Ki Tae JUNG ; Sang Hun KIM ; Jae Wook KIM ; Keum Young SO
Korean Journal of Anesthesiology 2013;65(3):276-277
No abstract available.
Bradycardia
;
Insufflation
;
Laparoscopy
3.Postoperative high-flow nasal insufflation for obstructive sleep apnea: a potential therapeutic alternative or prudence needed?
Montserrat DIAZ-ABAD ; Paschalis STEIROPOULOS ; Antonio M ESQUINAS
Korean Journal of Anesthesiology 2019;72(6):622-623
No abstract available.
Insufflation
;
Sleep Apnea, Obstructive
4.Tracheal laceration detected by high end-tidal CO2 during endoscopic thyroidectomy.
Han Suk PARK ; Sang Ik LEE ; Hye Won SHIN ; Sung Uk CHOI ; Ji Yong PARK ; Hye Won LEE ; Hae Ja LIM ; Suk Min YOON ; Seong Ho CHANG
Korean Journal of Anesthesiology 2009;56(6):703-705
Endoscopic thyroidectomy is frequently used for cosmetic reasons, such as reducing cervical scarring. Subcutaneous gas insufflation with CO2 is needed to maintain the surgical space, and optimal surgical techniques and careful attention are required when conducting this procedure due to the limited space available for the endoscopic instruments. We report here a case of a tracheal laceration with a tear in the cuff of a reinforced tube, which was detected by an abrupt increase in end-tidal CO2 to 90 mmHg. Reintubation was achieved using a tube exchanger and the patient was effectively ventilated without complications.
Cicatrix
;
Cosmetics
;
Humans
;
Insufflation
;
Lacerations
;
Thyroidectomy
5.Retroperitoneal Teratoma: A Report of A Case.
Korean Journal of Urology 1962;3(1):77-80
A case of retroperitoneal teratoma, found in a ten month old female infant was reported. Twenty four hours after the direct retroperitoneal air insufflation, a retrograde pyelography was performed using B.B. 16F. cytoscope. These two studies were essential to make preoperative diagnosis. Review of retroperitoneal tumor was also added.
Diagnosis
;
Female
;
Humans
;
Infant
;
Insufflation
;
Teratoma*
;
Urography
6.Reduction of Intussusception by Air Insufflation in Children: Recent Three-year Experience.
Gwy Suk SEO ; Sang Hoon BAE ; In Jae LEE ; Kyung Hwan LEE ; Ku Sub YUN ; Hyo Keun LIM
Journal of the Korean Radiological Society 1994;30(1):181-185
PURPOSE: This study was conducted to evaluate success and perforation rates of pneumatic reduction and to find the predictors of reduction failure. METHODS AND MATERIALS: We reviewed 224 cases of pediatric intussusception diagnosed by air-enema between July, 1989 and June, 1992. The mean age was 9.8 months(range, 1 month to 3 years). Logistic regression analysis was used to find predictors of reduction failure. RESULTS: Successful reduction was achieved in 197 cases(87.9% of success rate). Bowel perforation occurred in two cases(0.9% of perforation rate). There were two statistically significant predictors of failure;(1) ileoileocolic intussusception(p<.001), (2) long duration of symptom(p<.001). Surgery was performed in 26 cases (11.6%), of which seven required bowel resection. CONCLUSION: Pneumatic reduction is a useful means in the management of pediatric intussusception with a high success rate and no mortality.
Child*
;
Humans
;
Insufflation*
;
Intussusception*
;
Logistic Models
;
Mortality
7.Can water insufflation and carbon dioxide overcome the difficulties of colonoscope insertion?.
Choong Kyun NOH ; Kee Myung LEE
Intestinal Research 2018;16(2):166-167
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Colonoscopes*
;
Insufflation*
;
Water*
8.Current Status and Research into Overcoming Limitations of Capsule Endoscopy.
Clinical Endoscopy 2016;49(1):8-15
Endoscopic investigation has a critical role in the diagnosis and treatment of gastrointestinal (GI) diseases. Since 2001, capsule endoscopy (CE) has been available for small-bowel exploration and is under continuous development. During the past decade, CE has achieved impressive improvements in areas such as miniaturization, resolution, and battery life. As a result, CE is currently a first-line tool for the investigation of the small bowel in obscure gastrointestinal bleeding and is a useful alternative to wired enteroscopy. Nevertheless, CE still has several limitations, such as incomplete examination and limited diagnostic and therapeutic capabilities. To resolve these problems, many groups have suggested several models (e.g., controlled CO2 insufflation system, magnetic navigation system, mobile robotic platform, tagging and biopsy equipment, and targeted drug-delivery system), which are in development. In the near future, new technological advances will improve the capabilities of CE and broaden its spectrum of applications not only for the small bowel but also for the colon, stomach, and esophagus. The purpose of this review is to introduce the current status of CE and to review the ongoing development of solutions to address its limitations.
Biopsy
;
Capsule Endoscopy*
;
Colon
;
Diagnosis
;
Esophagus
;
Hemorrhage
;
Insufflation
;
Miniaturization
;
Stomach
9.Proper Management for Morbid Iatrogenic Retroperitoneal Barium Insufflation.
Jalal VAHEDIAN-ARDAKANI ; Shahram NAZERANI ; Amir SARAEE ; Ali SARMAST ; Ehsan SARAEE ; Mohammad Reza KERAMATI
Annals of Coloproctology 2014;30(6):285-289
A barium enema is a diagnostic and therapeutic procedure commonly used for colon and rectum problems. Rectal perforation with extensive intra- and/or extraperitoneal spillage of barium is a devastating complication of a barium enema that leads to a significant increase in patient mortality. Due to the low number of reported cases in recent scientific literature and the lack of experience with the management of these cases, we would like to present our treatment approach to a rare case of retroperitoneal contamination with barium, followed by its intraperitoneal involvement during a diagnostic barium enema. Our experience with long-term management of the patient and the good outcome will be depicted in this paper.
Barium Sulfate
;
Barium*
;
Colon
;
Enema
;
Humans
;
Insufflation*
;
Mortality
;
Rectum
10.A Case of Ischemic Colitis Following Colonoscopy.
Byung Oh LEE ; Hwang CHOI ; In Jung KANG ; Ki Young KIM ; Ho Il LEE ; Jeong Pyo KIM ; Bo In LEE ; Byung Wook KIM ; Se Hyun CHO ; Kyu Yong CHOI ; In Sik CHUNG ; Sang Bok CHA
Korean Journal of Gastrointestinal Endoscopy 2003;27(3):162-165
Ischemic colitis can be caused either by vascular or colonic wall factor or by both. Shunting of blood away from the mucosa may contribute to ischemia of the colon, but the mechanism of ischemia is not known. Ischemic colitis precipitated by colonoscopy has rarely been reported. Potentially air insufflation or mechanical effect during colonoscopic examination can cause ischemic colitis as a colonic wall factor. Recently, we experienced a case of ischemic colitic, which had been developed several hours after colonoscopic polypectomy. So we report this case with brief review of literature.
Colitis, Ischemic*
;
Colon
;
Colonoscopy*
;
Insufflation
;
Ischemia
;
Mucous Membrane