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Usefulness of a laser-cut covered metal stent with a 7F delivery sheath in endoscopic ultrasound-guided biliary drainage without fistula dilation.

Kotaro TakeshitaSusumu HijiokaYoshikuni NagashioYuta MarukiAkihiro OhbaYuki KawasakiYuya HisadaMotohiro YoshinariShota HaraiHidetoshi KitamuraTakehiko KogaKosuke MaeharaYumi MurashimaNatsumi YamadaMao OkadaTetsuro TakasakiDaiki AgarieHidenobu HaraYuya HagiwaraKohei OkamotoDaiki YamashigeShunsuke KondoChigusa MorizaneHideki UenoYutaka SaitoTakuji Okusaka
Published in: Endoscopy international open (2023)
Background and study aims  Recently, the utility of endoscopic ultrasound-guided intervention without fistula dilation (EUS-IV WoD) has been reported to prevent adverse events. We clinically evaluated cases in which EUS-IV WoD was attempted using a novel self-expandable metallic stent (SEMS); this is a fully covered, laser-cut SEMS that has a tapered and stiff tip specifically designed for a 0.025-inch guidewire and a relatively thin, 7F delivery system. Patients and methods  We retrospectively evaluated cases wherein EUS-IV WoD was attempted using the novel SEMS between March and December 2021. Results  Treatment of 11 patients by EUS-IV WoD with the novel SEMS was attempted. The technical success rate for EUS-IV was 100 % and the clinical success rate was 100 %; the success rate for EUS-IV WoD was 72.8 %. Of these, the procedural success rate for EUS-IV WoD was 100 % in EUS-biliary drainage (BD) and 57.1 % in non-EUS-BD. Early adverse events were observed in 27.3 % of patients (3/11): mild abdominal pain in two patients and moderate bleeding in one patient. The abdominal pain cases were both cases of EUS-IV WoD failure and required fistula dilation. Conclusions  The novel stent may be useful for EUS-IV WoD, especially in EUS-BD.
Keyphrases
  • fine needle aspiration
  • ultrasound guided
  • end stage renal disease
  • ejection fraction
  • chronic kidney disease
  • newly diagnosed
  • randomized controlled trial
  • abdominal pain
  • prognostic factors
  • peritoneal dialysis