ライフサイエンスコーパス: fundoplication

1 results of 1-stage laparoscopic removal and fundoplication.

2 which allows for creation of an endoluminal fundoplication.

3 ness tissue plications and durability of the fundoplication.

4 ireflux procedure as well as alternatives to fundoplication.

5 itors, open fundoplication, and laparoscopic fundoplication.

6 wborns (24.0%) later required a laparoscopic fundoplication.

7 go Heller myotomy or Heller myotomy plus Dor fundoplication.

8 t's esophagus, and 10 had undergone previous fundoplication.

9 nitoring, proton pump inhibitors, and Nissen fundoplication.

10 ts, of whom 73% were found to have an intact fundoplication.

11 y and in 17% after laparoscopic myotomy plus fundoplication.

12 ult respiratory distress syndrome after open fundoplication.

13 ts had a laparoscopic myotomy plus a partial fundoplication.

14 f the wrap with or without disruption of the fundoplication.

15 the pain and morbidity associated with open fundoplication.

16 lengthening procedure combined with a total fundoplication.

17 d may provide durable reflux control without fundoplication.

18 sophageal reflux (GER) after a failed Nissen fundoplication.

19 ons of the new laparoscopic method of Nissen fundoplication.

20 astric vessels in patients undergoing Nissen fundoplication.

21 ons that occurred during laparoscopic Nissen fundoplication.

22 laparoscopic Nissen fundoplication or Toupet fundoplication.

23 laparoscopic Heller myotomy (HM) and partial fundoplication.

24 5% CI, 0.13-0.25) for myotomy with posterior fundoplication.

25 re unit underwent GT placement alone or with fundoplication.

26 achalasia, myotomy, antireflux surgery, and fundoplication.

27 5% CI, 0.04-0.08) for myotomy with posterior fundoplication.

28 eflux control compared with partial anterior fundoplication.

29 ionately increased after anterior 180-degree fundoplication.

30 and less side effects, compared with Nissen fundoplication.

31 tion nadir pressure are lower after anterior fundoplication.

32 er anterior fundoplication than after Nissen fundoplication.

33 sment of reflux/aspiration, which may inform fundoplication.

34 r fundoplication, and myotomy with posterior fundoplication.

35 180-degree fundoplication than after Nissen fundoplication.

36 er anterior 90 degrees partial versus Nissen fundoplication.

37 ion appears less effective than after Nissen fundoplication.

38 oval was most commonly combined with partial fundoplication.

39 and fewer side effects compared with Nissen fundoplication.

40 80 degrees and 2 anterior 90 degrees partial fundoplication.

41 als comparing anterior partial versus Nissen fundoplication.

42 of which 85 underwent a Nissen and 82 a Thal fundoplication.

43 recorded before and after 360-degree Nissen fundoplication.

44 e-induced LES relaxation was not affected by fundoplication.

45 repairs, 20 cholecystectomies, and 14 Nissen fundoplications.

46 undergoing Toupet, Rosetti-Nissen, or Nissen fundoplications.

47 ients had laparoscopic revision of herniated fundoplications.

48 Of 1404 infants who underwent fundoplication, 1027 (73.1%) were matched based on prope

49 pen revision (17%), and 8 after laparoscopic fundoplication (11%).

50 Of these, 54 required redo fundoplication (2.8%).

51 , 300 patients underwent laparoscopic Nissen fundoplication (252) or laparoscopic Toupet fundoplicati

52 The failure mechanisms of open fundoplication (29 patients) followed patterns previousl

53 fundoplication (252) or laparoscopic Toupet fundoplication (48) for gastroesophageal reflux refracto

54 hould be informed that 17 years after Nissen fundoplication, 60% of the patients are off PPIs, and 16

55 Anterior 180 degrees partial fundoplication achieves durable control of reflux sympto

56 There were four conversions to open fundoplication (adhesions, three; large liver, one).

57 Clinical and endoscopic improvement followed fundoplication and acyclovir therapy, but VZV DNA and IE

58 fundoplication have been equivalent to open fundoplication and are associated with faster recovery.

59 body function and follow the function of the fundoplication and esophagus after operation.

60 Fundoplication and GT placement vs. GT placement alone.

61 authors have progressed in our technique of fundoplication and now perform a modified Rossetti fundo

62 bers of patients are failing esophagogastric fundoplication and requiring redo procedures.

63 side effects than those who underwent Nissen fundoplication and were equally satisfied with the overa

64 101 patients: 64 HMs (42% Toupet and 58% Dor fundoplications) and 37 POEMs.

65 95% CI, 0.09-0.14) for myotomy with anterior fundoplication, and 0.06 (95% CI, 0.04-0.08) for myotomy

66 95% CI, 0.11-0.24) for myotomy with anterior fundoplication, and 0.18 (95% CI, 0.13-0.25) for myotomy

67 Twenty-seven required a third fundoplication, and 19 (70%) were successful outcome.

68 pH monitoring, proton pump inhibitors, open fundoplication, and laparoscopic fundoplication.

69 groups: myotomy only, myotomy with anterior fundoplication, and myotomy with posterior fundoplicatio

70 aroscopically, in combination with a partial fundoplication (anterior or posterior).

71 ux control after anterior 90 degrees partial fundoplication appears less effective than after Nissen

72 Laparoscopic cardiomyotomy and fundoplication appears to provide definitive treatment o

73 the 10-year recertification group for Nissen fundoplication, appendectomy, splenectomy, gastrostomy/j

74 Many types of fundoplication are performed, each has advantages and di

75 ns, proton pump inhibitors, and laparoscopic fundoplication are proven treatment modalities for GERD.

76 onsensus regarding when to perform a partial fundoplication as compared to a complete fundoplication

77 safe and results in a durable and functional fundoplication as well as a platform for further develop

78 An intact fundoplication, as assessed with BRAVO wireless pH monit

79 but 2 of these 15 had undergone 360 degrees fundoplication at initial repair.

80 linical outcome that is equivalent to Nissen fundoplication at late follow-up.

81 s with neurological impairment who underwent fundoplication at the time of GT placement did not have

82 Patients referred for fundoplication between 2003 and 2009 were eligible for i

83 r anterior 180 degrees partial versus Nissen fundoplication, but inferior after anterior 90 degrees p

84 location exhibited similarity to the Nissen fundoplication by vector volume analysis.

85 clinically for procedures such as MIS Nissen fundoplication, cholecystectomy, and splenectomy.

86 fundoplication (LNF) and conventional Nissen fundoplication (CNF) for the treatment of gastroesophage

87 n the group undergoing myotomy with anterior fundoplication compared with the group undergoing myotom

88 Laparoscopic myotomy plus fundoplication corrected reflux present before surgery i

89 flux in children has been the classic Nissen fundoplication, defined by liver mobilization, crural re

90 lication and now perform a modified Rossetti fundoplication, defined by liver retraction without mobi

91 Recent studies with transoral incisionless fundoplication demonstrate improvement in GERD symptoms,

92 t who underwent GT placement with or without fundoplication during their neonatal intensive care unit

93 gic abnormalities or anatomic failure of the fundoplication (e.g., displacement or disruption).

94 In the 231 patients who underwent fundoplication elsewhere, 109 had transdiaphragmatic her

95 a 1-stage procedure and in conjunction with fundoplication even in patients presenting with device e

96 correlated with the development of anatomic fundoplication failure included presence in group 1, ear

97 Laparoscopic fundoplication failure is infrequent in experienced hand

98 Anatomic fundoplication failure occurred in 7% of patients underg

99 Anatomic fundoplication failure occurs after antireflux surgery a

100 The "absolute" outcome measure for fundoplication failure was recurrence of symptoms that m

101 patients (3.5%) have undergone revision for fundoplication failure.

102 or substernal chest pain frequently heralded fundoplication failure.

103 pitating factors, and management of anatomic fundoplication failures after LARS.

104 tential causes or best treatment of anatomic fundoplication failures.

105 with laparoscopic cardiomyotomy and partial fundoplication for achalasia.

106 A total of 104 patients, who had a previous fundoplication for gastroesophageal reflux disease (GERD

107 Three patients had previous laparoscopic fundoplication for gastroesophageal reflux.

108 91 and 2004, 1892 patients underwent primary fundoplication for GERD (1734) or paraesophageal hernia

109 PPIs was performed before and 6 months after fundoplication for PPI-refractory gastroesophageal reflu

110 n 1991 and 2004, 307 patients underwent redo fundoplication for the management of anatomic complicati

111 orts the use of anterior 180 degrees partial fundoplication for the surgical treatment of gastroesoph

112 tt esophagus in patients who had undergone a fundoplication for the treatment of gastroesophageal ref

113 e patient underwent reoperation 2 days after fundoplication (gastric perforation).

114 In the long-term a laparoscopic Nissen fundoplication had a significantly lower recurrence rate

115 n anterior 90 degrees or 180 degrees partial fundoplication had less side effects than those who unde

116 Infants who concomitantly underwent fundoplication had more reflux-related hospitalizations

117 The modified Rossetti fundoplication has a low complication rate and is the au

118 Early fundoplication has been advocated.

119 Fundoplication has been consistently shown to ameliorate

120 Laparoscopic fundoplication has been performed for less than 5 years,

121 nical elements for a successful laparoscopic fundoplication have been clearly identified, 10% to 20%

122 The outcomes after laparoscopic fundoplication have been equivalent to open fundoplicati

123 ting the need for chronic medical therapy or fundoplication have been introduced and validated as fea

124 ency and patterns of failure of laparoscopic fundoplication have not been well studied.

125 EBD), and surgical myotomy with or without a fundoplication; however, reported outcomes mostly come f

126 nterior fundoplication in 7 patients, and no fundoplication in 1 patient.

127 r ranitidine in 2 patients, and after Nissen fundoplication in 1 patient.

128 occurred in 13 patients (32%), and a twisted fundoplication in 12 patients (30%).

129 ure was transdiaphragmatic herniation of the fundoplication in 26 patients (84%).

130 stroplasty in 56 patients (66%) and a Toupet fundoplication in 29 patients.

131 ation was performed in 32 patients, anterior fundoplication in 7 patients, and no fundoplication in 1

132 ial fundoplication as compared to a complete fundoplication in addition to the appropriateness of gas

133 Nissen fundoplication with laparoscopic Thal fundoplication in children.

134 ignificant difference between the 2 types of fundoplication in normal children.

135 evaluations, and outcomes after laparoscopic fundoplication in patients with gastroesophageal reflux

136 his may be due to a lack of effectiveness of fundoplication in preventing these complications or due

137 (Collis gastroplasty) combined with a Nissen fundoplication in the management of patients with shorte

138 Laparoscopic fundoplication is a routine procedure in some pediatric

139 Transoral incisionless fundoplication is a very promising procedure in its earl

140 Nissen fundoplication is an accepted treatment for GER refracto

141 Surgical fundoplication is an effective treatment for gastroesoph

142 Laparoscopic Rosetti-Nissen fundoplication is associated with a higher rate of early

143 Laparoscopic fundoplication is increasingly performed in pediatric su

144 Regression of Barrett esophagus after fundoplication is more likely, and greater in extent, in

145 e short gastrics and the dictum that partial fundoplication is preferred for patients at risk for dys

146 Laparoscopic Nissen fundoplication is successful for treatment of patients w

147 Laparoscopic Nissen fundoplication is the most frequently performed surgical

148 Failure of fundoplication is unusual in experienced hands.

149 The Nissen fundoplication is used most frequently, but postoperativ

150 Concomitant fundoplication is used variably to prevent complications

151 Nissen fundoplication is well described laparoscopically but fa

152 ldren 10 to 15 years after laparoscopic Thal fundoplication, it is crucial to implement routine long-

153 this mechanism of the antireflux actions of fundoplication, it might be possible to design new surgi

154 ormed on 407 pediatric patients who had open fundoplications (Jan. 13, 1993, to Feb. 25, 1998).

155 clinical trial comparing laparoscopic Nissen fundoplication (LNF) and conventional Nissen fundoplicat

156 s to compare LMAH-C with laparoscopic Nissen fundoplication (LNF) in patients with GERD.

157 compare two strategies: laparoscopic Nissen fundoplication (LNF) vs. omeprazole.

158 Laparoscopic fundoplication, magnetic sphincter augmentation, and end

159 (proficiency), were tested on a live porcine fundoplication model, continued simulator training until

160 additional patients who have undergone redo fundoplication (n = 307).

161 n pump inhibitors (PPIs) and 25 after Nissen fundoplication (NFP).

162 migration (p < 0.01); a slipped or misplaced fundoplication occurred in 13 patients (32%), and a twis

163 ndomized to laparoscopic (LF) or open Nissen fundoplication (OF).

164 ux control after anterior 180-degree partial fundoplication, offset by less dysphagia, leading to a c

165 poreal laparoscopic stitches during a Nissen fundoplication on a patient.

166 determine the impact of the addition of Dor fundoplication on the incidence of postoperative gastroe

167 from other institutions, after laparoscopic fundoplication, only 10 (25%) had transdiaphragmatic mig

168 ve dysphagia than either laparoscopic Nissen fundoplication or Toupet fundoplication.

169 7-2.8), or total fundoplication with partial fundoplication (OR: 0.6, 95% CI: 0.3-1.3).

170 The development of laparoscopic fundoplication over the past several years has resulted

171 tretch were each significantly reduced after fundoplication (P < .01).

172 nificantly lower recurrence rate than a Thal fundoplication, particularly in patients with underlying

173 D patients compared with normal subjects and fundoplication patients (P < 0.05).

174 ight normal subjects, 9 GERD patients, and 8 fundoplication patients were studied with concurrent man

175 s; however, the EGJ length was 32% longer in fundoplication patients.

176 were comparable between normal subjects and fundoplication patients; however, the EGJ length was 32%

177 Gastroesophageal fundoplication performed through a laparotomy or thoraco

178 red within the first ten laparoscopic Nissen fundoplications performed by the surgeon.

179 llowed less morbidity in patients undergoing fundoplication procedures.

180 Laparoscopic Nissen fundoplication provides an excellent symptomatic and phy

181 Fundoplication reduces LES relaxation by interfering wit

182 The expected benefit is the prevention of fundoplication-related side effects.

183 aparoscopic Rosetti-Hell, Nissen, and Toupet fundoplications, respectively (p < 0.05).

184 aroscopic Rosetti-Nissen, Nissen, and Toupet fundoplications, respectively (p < 0.05).

185 ndergoing Rosetti-Nissen, Nissen, and Toupet fundoplications, respectively, in the first month after

186 Removal of fundoplication restored axial stretch- and vagus nerve-s

187 Fundoplication restores distensibility of the EGJ to a l

188 ageal dilation (1.2% vs. 0.5%), and need for fundoplication revision (2.5% vs. 2.3%) were similar bet

189 Fundoplication revision procedures were initiated laparo

190 All patients undergoing fundoplication revision were included in this study.

191 Laparoscopic Heller myotomy and partial fundoplication should be considered the primary treatmen

192 ntrast, patients with IPF who undergo Nissen fundoplication surgery are effectively relieved from the

193 t reflux disease and reduce complications of fundoplication surgery.

194 surgery, but was not directly related to the fundoplication technique.

195 Transoral esophagogastric fundoplication (TF) can decrease or eliminate features o

196 rossover study was to determine if transoral fundoplication (TF) could further improve clinical outco

197 ent) underwent laparoscopic anterior partial fundoplication (Thal).

198 odes per 24 hours were higher after anterior fundoplication than after Nissen fundoplication.

199 es are more common after anterior 180-degree fundoplication than after Nissen fundoplication.

200 Andre Toupet is best known for the posterior fundoplication that bears his name, currently used for t

201 ative evaluation and on the performance of a fundoplication that respects the key technical elements.

202 Laparoscopic fundoplication therefore remains the standard surgical t

203 The transoral incisionless fundoplication (TIF) was performed in 21 canines in a ph

204 a, need for esophageal dilation, revision of fundoplication, time to discharge, and operative time.

205 g, intermediate follow-up shows laparoscopic fundoplication to be safe and effective.

206 d trial of anterior 180-degree versus Nissen fundoplication underwent stationary esophageal high-reso

207 f side effects laparoscopic anterior partial fundoplication variants have been advocated, although so

208 rs produced more reflux (10 of 10 required a fundoplication versus 24 of 70 overall) and more dilatio

209 d to a laparoscopic myotomy (31.5% without a fundoplication vs. 8.8% with; OR, 6.3; 95% CI, 2.0-19.4;

210 idence of postoperative GER was lower when a fundoplication was added to a laparoscopic myotomy (31.5

211 A Nissen fundoplication was added to the Collis gastroplasty in 5

212 of the entire group, anatomic failure of the fundoplication was demonstrated, with the majority exhib

213 osed his technique at a time when the Nissen fundoplication was emerging as the treatment of choice f

214 Propensity to undergo concomitant fundoplication was modeled using demographics, prior pro

215 in three of the first seven patients in whom fundoplication was not performed.

216 A second Nissen fundoplication was performed in 128 children.

217 A posterior fundoplication was performed in 32 patients, anterior fu

218 Laparoscopic fundoplication was performed in 758 patients for gastroe

219 Laparoscopic Heller myotomy and fundoplication was performed through five upper abdomina

220 Laparoscopic fundoplication was performed when clinical assessment su

221 In the absence of motility data, partial fundoplication was preferred, although dysphagia after f

222 t series in the literature dealing with redo fundoplication was presented and published in 1999 and i

223 In 9% with wrap failure, a second Nissen fundoplication was successful in 72%.

224 Nissen fundoplication was successful in 91% of patients.

225 Redo fundoplication was successful in 93% of patients, and mo

226 Heller Myotomy plus Dor Fundoplication was superior to Heller myotomy alone in r

227 Laparoscopic myotomy with fundoplication was the most effective surgical technique

228 Concomitant fundoplication was undertaken for a patulous hiatus or l

229 t diverticulectomy was undertaken in 4%, and fundoplication was undertaken in 30%.

230 Dysphagia, recurrence and need for redo fundoplication were not different between groups; retchi

231 months after surgery, and erosions above the fundoplication were seen in 6 patients (11%).

232 the group undergoing myotomy with posterior fundoplication were statistically significant (P < .001)

233 urgery (paraesophageal hernia repair, Nissen fundoplication), were included.

234 Partial posterior fundoplication when combined with an esophagocardiomyoto

235 flux episodes was also higher after anterior fundoplication, which was accompanied by higher clinical

236 ion nadir pressure were lower after anterior fundoplication, which was reflected by lower dysphagia s

237 ontrol of symptoms after laparoscopic Nissen fundoplication with laparoscopic Thal fundoplication in

238 smokers (OR: 1.4, 95% CI: 0.7-2.8), or total fundoplication with partial fundoplication (OR: 0.6, 95%

239 ood outcomes for anterior 180-degree partial fundoplication, with similar control of reflux symptoms

240 We investigated whether fundoplication works through a stretch-sensitive mechani

241 endoscopic stapling system creates a partial fundoplication wrap, and a preliminary study demonstrate