Wireless Capsule Endoscopy (wireless + capsule_endoscopy)

Distribution by Scientific Domains


Selected Abstracts


Clinical application of wireless capsule endoscopy

JOURNAL OF DIGESTIVE DISEASES, Issue 2 2003
Zhi Zheng GE
BACKGROUND: Diagnostic modalities for identifying lesions within the small bowel have been quite limited. Wireless capsule endoscopy (WCE) is a new, innovative technique that can detect very small mucosal lesions in the entire small bowel and can be used in the outpatient setting. The present study explored the diagnostic value, tolerance and safety of WCE in the identification of small bowel pathology that was not detected with conventional small bowel imaging studies. METHODS: From May through September 2002, 15 patients with suspected small bowel diseases were prospectively examined, Of them, 12 presented with persistent obscure gastrointestinal bleeding and negative findings on upper endoscopy, colonoscopy, small bowel radiography, and bleeding-scan scintig-raphy or mesenteric angiography. RESULTS: Wireless capsule endoscopy identified pathologic small bowel findings in 11 of the 15 patients (73%): angioectasias, Dieulafoy's lesion, polypoid lesion, submucosal mass, Crohn's disease, carcinoid tumor, lipoma, aphthous ulcer, and hemorrhagic gastritis; four of the patients had two lesions. The images displayed were considered to be good. The capsule endoscopes remained in the stomach for an average of 82 min (range 6,311 min) and the mean transit time in the small bowel was 248 min (range 104,396 min). The mean time of recording was 7 h 29 min (from 5 h to 8 h 30 min). The mean time to reach the cecum was 336 min (180,470 min). The average number of the images transmitted by the capsule was 57 919 and the average time the physician took to review the images transmitted by the capsule was 82 min (range 30,120 min). The average time of elimination of the capsule was 33 h (range 24,48 h). All 15 patients reported that the capsule was easy to swallow, painless, and preferable to conventional endoscopy. No complications were observed. CONCLUSIONS: Wireless capsule endoscopy is safe, well tolerated, and useful for identifying occult lesions of the small bowel, especially in patients who present with obscure gastrointestinal bleeding. [source]


Wireless capsule endoscopy: Experience in a tropical country

JOURNAL OF GASTROENTEROLOGY AND HEPATOLOGY, Issue 1 2004
PVJ SRIRAM
Abstract Background and Aim:, Capsule endoscopy is fast becoming the procedure of choice for small bowel imaging, especially to investigate the cause of unexplained gastrointestinal (GI) bleeding. We report our experience with capsule endoscopy in 24 cases with various indications. Methods:, In patients with unexplained GI bleeding or chronic anemia, the cause could be established in nine of 12 cases (75%), which included angioectasiae, leiomyomata and parasitic infestation. Results:, The yield of capsule endoscopy was highest in patients presenting with chronic diarrhea and suspicion of small bowel mucosal disease, where Crohn's disease and tuberculosis could be diagnosed. However, in patients with unexplained abdominal pain, capsule endoscopy was found to be least useful because 5/7 patients in the study were normal, emphasizing the importance of case selection. Overall, capsule endoscopy yielded a positive diagnosis in 16 of the 24 cases (66.6%). Conclusions:, The experience of capsule endoscopy in a tropical clinical setting is no different from elsewhere, although certain conditions like worm infestation are more likely to be detected in this environment. [source]


Clinical application of wireless capsule endoscopy

JOURNAL OF DIGESTIVE DISEASES, Issue 2 2003
Zhi Zheng GE
BACKGROUND: Diagnostic modalities for identifying lesions within the small bowel have been quite limited. Wireless capsule endoscopy (WCE) is a new, innovative technique that can detect very small mucosal lesions in the entire small bowel and can be used in the outpatient setting. The present study explored the diagnostic value, tolerance and safety of WCE in the identification of small bowel pathology that was not detected with conventional small bowel imaging studies. METHODS: From May through September 2002, 15 patients with suspected small bowel diseases were prospectively examined, Of them, 12 presented with persistent obscure gastrointestinal bleeding and negative findings on upper endoscopy, colonoscopy, small bowel radiography, and bleeding-scan scintig-raphy or mesenteric angiography. RESULTS: Wireless capsule endoscopy identified pathologic small bowel findings in 11 of the 15 patients (73%): angioectasias, Dieulafoy's lesion, polypoid lesion, submucosal mass, Crohn's disease, carcinoid tumor, lipoma, aphthous ulcer, and hemorrhagic gastritis; four of the patients had two lesions. The images displayed were considered to be good. The capsule endoscopes remained in the stomach for an average of 82 min (range 6,311 min) and the mean transit time in the small bowel was 248 min (range 104,396 min). The mean time of recording was 7 h 29 min (from 5 h to 8 h 30 min). The mean time to reach the cecum was 336 min (180,470 min). The average number of the images transmitted by the capsule was 57 919 and the average time the physician took to review the images transmitted by the capsule was 82 min (range 30,120 min). The average time of elimination of the capsule was 33 h (range 24,48 h). All 15 patients reported that the capsule was easy to swallow, painless, and preferable to conventional endoscopy. No complications were observed. CONCLUSIONS: Wireless capsule endoscopy is safe, well tolerated, and useful for identifying occult lesions of the small bowel, especially in patients who present with obscure gastrointestinal bleeding. [source]


A case series of airway management for wireless capsule endoscopy in pediatric patients

PEDIATRIC ANESTHESIA, Issue 4 2009
Alice Edler
No abstract is available for this article. [source]