ライフサイエンスコーパス: anastomoses

1 reconstructions were performed by end-to-end anastomoses.

2 curring as immediate consequences of primary anastomoses.

3 ially consistent with little overlap and few anastomoses.

4 institution, totaling 425 at-risk bronchial anastomoses.

5 the mechanism of formation of non-refluxing anastomoses.

6 aticojejunostomy; 15 adults had duct-to-duct anastomoses.

7 iveness in completing microsurgical coronary anastomoses.

8 owing the performance of endoscopic coronary anastomoses.

9 34%) had placement of venous grafts or other anastomoses.

10 e oxygenation, especially when combined with anastomoses.

11 ways be accompanied by exclusion of possible anastomoses.

12 graft followed by death within four hours of anastomoses.

13 stenoses at collateral vascular origins and anastomoses.

14 requiring modification of the usual vascular anastomoses.

15 tenoses or stenoses of systemic veins/venous anastomoses.

16 and 75%, respectively, at the left bronchial anastomoses.

17 nd impaired outcome compared to conventional anastomoses.

18 s and 81% and 69%, respectively, at the left anastomoses.

19 astasis to the other twin via intraplacental anastomoses.

20 ore common at right anastomoses than at left anastomoses.

21 irmed bronchoscopically at two of these four anastomoses.

22 an be performed using clips for the vascular anastomoses.

23 d intimal cell proliferation at the arterial anastomoses.

24 s were performed at both arterial and venous anastomoses.

25 initially present at CT in all 25 dehiscent anastomoses.

26 AL in high-risk sites such as the colorectal anastomoses.

27 rmation of vascular tubes and microcapillary anastomoses.

28 l review of literature on the new EUS-guided anastomoses.

29 y and specifically at the site of colorectal anastomoses.

30 onstrating advantages of EUS guided visceral anastomoses.

31 ntly introduced devices that allow to create anastomoses.

32 e spontaneous formation of host-graft vessel anastomoses.

33 gned to undergo CABG received 3.4 1.0 distal anastomoses.

34 ed to undergo CABG received 3.4+/-1.0 distal anastomoses.

35 f endoscopic ultrasonography-guided visceral anastomoses.

36 longevity and patency rates at distal graft anastomoses.

37 , and 1172 (47.3%) received ileal pouch-anal anastomoses.

38 r bariatric and colorectal surgery involving anastomoses.

39 e undetermined healing process of colorectal anastomoses.

40 orbidity of laparoscopically created enteric anastomoses.

41 hypoperfused brain tissue through collateral anastomoses.

42 using the cuff technique for bronchovascular anastomoses.

43 to the bile ducts, and usually permit wider anastomoses.

44 LTx airway complications involving 40 of 348 anastomoses (11.5%).

45 s were similar in intrathoracic and cervical anastomoses (15.9% vs 17.2%, P = 0.601), but overall com

46 otal colectomies (19%), 134 ileal pouch-anal anastomoses (21%), 23 segmental colectomies (8%), and 18

47 and was associated with a smaller number of anastomoses (3 [2-3] versus 3 [2-4]; P<0.001) and rate o

48 ned in 36 adult patients with 54 telescoping anastomoses (30 right bronchus, 24 left bronchus) were r

49 from the recipient bronchus were seen in 16 anastomoses (30%).

50 Of the anastomoses, 33% (eight of 24) were mapped with use of b

51 seen at the inferior or medial aspect of 22 anastomoses (41%).

52 efects were suggestive of dehiscence at four anastomoses (7%).

53 vs 31.8%, P < 0.001) and had more digestive anastomoses (89.4% vs 83.0%, P < 0.001).

54 Anastomoses also occur in various animal models of choro

55 TRAS was present in 14 of 45 end-to-side anastomoses and 12 of 27 end-to-end anastomoses (P =.31)

56 was 72% and 62%, respectively, at the right anastomoses and 81% and 69%, respectively, at the left a

57 nd 80%, respectively, at the right bronchial anastomoses and 92% and 75%, respectively, at the left b

58 was associated with a lower number of graft anastomoses and a lower rate of on-pump surgery compared

59 ly complex, requiring more proximal arterial anastomoses and an interposition vein graft.

60 surgery for CRC, the highest risk of CRCs at anastomoses and at other locations in the colorectum is

61 rtery via the rich external-internal carotid anastomoses and becomes embedded in the retinal tissues,

62 ed by end-to-side aorta-aorta and porto-cava anastomoses and end-to-end colorectal anastomosis.

63 bypass grafting patients had 3+/-0.9 distal anastomoses and PTCA patients had 2.4+/-1.1 lesions atte

64 The type of biliary anastomoses and stricture affect the success rate of end

65 Flow velocity at anastomoses and suspected stenotic areas was measured.

66 organised retinal vasculature, chorioretinal anastomoses and the persistence of embryonic vascular st

67 investigate the effects of capillary network anastomoses and tortuosity on oxygen transport in skelet

68 cavoportal hemitranspositions, 6 renoportal anastomoses, and 1 arterialization).

69 ght unbranched capillaries, capillaries with anastomoses, and capillaries with tortuosity, in order t

70 ced sprouting angiogenesis, lowered in vitro anastomoses, and decreased proliferation, without activa

71 iary stents, endoscopic creations of enteral anastomoses, and endoscopic ultrasound-guided injection

72 of the thumb, an area rich in arteriovenous anastomoses, and on the dorsal surface of the hand, wher

73 ombined with spectral analysis of the graft, anastomoses, and venous outflow.

74 irculation through the newly formed vascular anastomoses appeared partially dependent on VEGFR2 and C

75 In the lymph node transfer method, lymphatic anastomoses are expected to form spontaneously.

76 ssment of rectovaginal fistulas and ileoanal anastomoses are highlighted, along with illustrative cas

77 Proximal anastomoses are performed directly onto the aorta or fro

78 Most anastomoses are performed with sutures, which are techni

79 sal surface of the hand, where arteriovenous anastomoses are rare.

80 hat anatomical intra-pulmonary arteriovenous anastomoses are recruited during exercise, in hypoxia, a

81 and performing microvascular hepatic artery anastomoses are the critical steps in improving graft su

82 structural abnormalities (retinal-choroidal anastomoses, arteriovenous shunts, increased permeabilit

83 esection than before (odds ratio for CRCs at anastomoses at 25-36 months after surgery vs 6-12 months

84 dilation, for a complication rate of 5% per anastomoses at risk.

85 stomosis was 0.9 +/- 0.1 cm, with 35% of the anastomoses at the dentate line.

86 Anastomoses averaged approximately 48% of FVT sites, wit

87 development of abnormal dilated vessels and anastomoses; (b) abnormal spatially distributed populati

88 re, with three of the six women with type II anastomoses being in this group.

89 asal ganglia with minimal overlap and sparse anastomoses between major penetrating vessels.

90 irmed a more than 100-year-old hypothesis of anastomoses between neurites of the same cell in ctenoph

91 There are many anastomoses between the peripheral electrosensory and tr

92 Anastomoses between the preexisting vessels subjected to

93 y not only on non-refluxing versus refluxing anastomoses, but also on the mechanism of formation of n

94 n is obliteration of the intertwin placental anastomoses, but fetal surgery carries significant mater

95 stent placement to treat pancreatic-enteric anastomoses, but further investigations are required for

96 Low colorectal (LCRA) and coloanal anastomoses (CAA) are associated with high leakage rate.

97 ft can be a feasible solution if traditional anastomoses cannot be used.

98 iferation index by 33% at the treated venous anastomoses compared with the control venous anastomoses

99 o hundred fifty-five patients had 360 distal anastomoses compromised because of early graft failure o

100 choroidal neovascularization with occasional anastomoses connecting choroidal and intraretinal vascul

101 Pressure reduction in anastomoses-containing roots provides an explanation why

102 would typically be defined as chorioretinal anastomoses (CRAs); however, continuing studies suggest

103 undred and fifty-eight CRCs were detected at anastomoses (cumulative incidence of 2.7%; 95% CI, 1.9%-

104 AVD) leading to choroidal intervortex venous anastomoses (CVAs) accompanied by choroidal vascular hyp

105 nt success in this model; performance of the anastomoses, de-airing of the graft, implantation of a l

106 be achieved with the development of vascular anastomoses devices.

107 tate placement of sutureless aorto-saphenous anastomoses during off-pump coronary artery bypass graft

108 ors for proximal saphenous vein bypass graft anastomoses eliminates the need for aortic clamping duri

109 cal correction, TB avoids prostheses, narrow anastomoses, excluded segments, and malabsorption.

110 We performed end-to-end anastomoses five times more rapidly than we performed ha

111 tion of long-term results after bilioenteric anastomoses for benign biliary stricture.

112 healing and improve the outcome of vascular anastomoses for coarctation of the aorta.

113 ss, it is still possible in teeth with canal anastomoses for pressure exceeding the intraosseous pres

114 able for in vivo applications, as functional anastomoses formed between the implanted tissues and hos

115 24 eyes (83.3%) had peripheral arteriovenous anastomoses (Goldberg II) in addition.

116 imary segmental vessels; 3) number of distal anastomoses greater than, equal to or less than the numb

117 In the absence of tortuosity, anastomoses had little effect on oxygen transport under

118 Rectal anastomoses have a persisting high incidence of anastomo

119 In some types of anastomoses, however, this is not possible.

120 nts who required two second-order right duct anastomoses (ie, with variant donor anatomy), the distan

121 imal lesion formation at distal graft-vessel anastomoses, ie, 1.02 mm(2) (range, 0.88 to 1.95 mm(2))

122 Twenty-seven bronchial anastomoses in 17 patients were evaluated with helical C

123 A total of 227 CDCD anastomoses in 220 patients were studied (7 retransplant

124 tures in 123 (31%), stenosed biliary-enteric anastomoses in 79 (20%), and biliary strictures followin

125 The anastomoses in both groups were harvested 32 days after

126 letion, we show macrophages support vascular anastomoses in cultured kidney explants.

127 tituted collagen after implantation in colon anastomoses in dogs.

128 of clinically relevant stenoses at bronchial anastomoses in lung transplant recipients.

129 frequency of IMA (internal mammarian artery) anastomoses in right and left breasts in patients withou

130 lesions with respect to the frequency of IMA anastomoses in right and left breasts.

131 iming of CRC detection at anastomoses or non-anastomoses in the colorectum.

132 ls and the possible role of bronchopulmonary anastomoses in the development of plexogenic arteriopath

133 ssfully performed in children with Roux-en-Y anastomoses in the evaluation and therapy of biliary str

134 quire extracorporeal anastomosis or multiple anastomoses in the recipient depending on length and siz

135 through an elaborate system of arteriovenous anastomoses in the skin of its tail.

136 eakage for patients undergo gastrointestinal anastomoses in two major hospitals in Addis Ababa, Ethio

137 ation, with its precision demanding vascular anastomoses, initially had been considered infeasible to

138 xperience of transabdominal ileal pouch-anal anastomoses (IPAA) redo surgery for a failed initial IPA

139 colectomy, proctectomy, and ileal pouch anal anastomoses (IPAA) with a protective ileostomy.

140 od flow through intrapulmonary arteriovenous anastomoses (IPAVA) during exercise at SL.

141 Intrapulmonary arteriovenous anastomoses (IPAVA) have been known to exist in human lu

142 od flow through intrapulmonary arteriovenous anastomoses (IPAVA) in humans without a patent foramen o

143 hat anatomical intra-pulmonary arteriovenous anastomoses (IPAVAs) are present at rest and are recruit

144 od flow through intrapulmonary arteriovenous anastomoses (IPAVAs) has been demonstrated to increase i

145 Stricture of pancreatic-enteric anastomoses is a major late complication of a pancreatic

146 The formation of anastomoses is mediated by extension of cytonemes from p

147 oses, the technique for hand-sewn colorectal anastomoses is nonstandardized with regard to intersutur

148 ificant independent predictors for leak were anastomoses less than 10 cm from the anal verge, CCI of

149 e < or = 2 h (p = 0.042), number of proximal anastomoses < or = 2 (p = 0.018), operation time < or =

150 pply to the bile duct, and multiple arterial anastomoses may protect children from this complication.

151 Outcomes following intrathoracic anastomoses (n = 621) were analyzed by era: historical 1

152 ear stapled (n=11/433) and 0% with hand-sewn anastomoses (n=0/26).

153 nd-sewn (n=9/111) and 6% with linear stapled anastomoses (n=6/100).

154 l arterial revascularization without central anastomoses (n=85).

155 s for bile leaks included multiple bile duct anastomoses (odds ratio, [OR] 1.8), Roux-en-Y hepaticoje

156 Recently, EUS-guided extra-anatomical anastomoses of bile ducts to the gastrointestinal tract

157 The anastomoses of IMA of right and left breasts were evalua

158 ainage proving ineffective, extra-anatomical anastomoses of intrahepatic bile ducts to the gastrointe

159 nsable for cartilage resorption and regulate anastomoses of type H vessels.

160 lications can occur due to residual vascular anastomoses on the placenta.

161 the incidence and timing of CRC detection at anastomoses or non-anastomoses in the colorectum.

162 ntify studies investigating rates of CRCs at anastomoses or other locations in the colorectum after c

163 Leptomeningeal anastomoses or pial collateral vessels play a critical r

164 ocedures, ECA should be checked for possible anastomoses, otherwise the bleeding may persist despite

165 anastomoses compared with the control venous anastomoses (P < .05).

166 /- 4 mm in stenoses of systemic veins/venous anastomoses (p < 0.001).

167 ears old), and in patients with duct-to-duct anastomoses (P = 0.028).

168 cholesterol (p = 0.024), number of proximal anastomoses (p = 0.032) and recipient artery diameter (p

169 -to-side anastomoses and 12 of 27 end-to-end anastomoses (P =.31), and TRAS was more prevalent in cad

170 tic balloon pump (P<0.001), number of distal anastomoses (P=0.005), bypass time (P<0.001), and number

171 am group) in the number of arterial-arterial anastomoses per heart after RI, which was prevented by t

172 o compare patients receiving proximal aortic anastomoses performed with either SAC (n = 1107) or comb

173 tomosis in an animal model, gastrointestinal anastomoses, plastic surgery, urologic procedures includ

174 Dysfunction of these anastomoses, primarily due to neointimal hyperplasia and

175 Regardless of origin, viable anastomoses provide one potential mechanism for revascul

176 od flow through intrapulmonary arteriovenous anastomoses (QIPAVA ) are currently unknown.

177 od flow through intrapulmonary arteriovenous anastomoses (QIPAVA ) in healthy humans at rest.

178 For plastic anastomoses, R(2) values for predicting unseen test scor

179 oduced FVT closure, both retinal vessels and anastomoses remained patent.

180 pared with end-to-side repairs, side-to-side anastomoses require less dissection, theoretically prese

181 Three healing anastomoses required bronchial stent placement.

182 her transplantation techniques, the vascular anastomoses required by the piggyback technique can deve

183 ontain a high concentration of arteriovenous anastomoses, richly innervated by a-adrenergic nerve fib

184 decisions regarding the use of intrathoracic anastomoses should not be affected by concerns of increa

185 2 mm Hg in stenoses of systemic veins/venous anastomoses stenoses (p < 0.001).

186 ps and diverticula were more common at right anastomoses than at left anastomoses.

187 blood flow in regions rich in arteriovenous anastomoses than in areas containing mainly nutritive ve

188 Collaterals are arteriole-to-arteriole anastomoses that connect adjacent arterial trees.

189 is initial phase is followed by formation of anastomoses that enhance the hemodynamic capacity of the

190 d bilateral ovarian artery-to-uterine artery anastomoses that were classified as high risk.

191 For rectal anastomoses, the odd ratios (OR) of developing a local r

192 For studies describing both colon and rectal anastomoses, the OR of local recurrence when there was a

193 ntrast to stapled and compression colorectal anastomoses, the technique for hand-sewn colorectal anas

194 For tissue anastomoses, the values were 0.62, 0.76, 0.65, 0.68, and

195 of anastomotic technique such as water-tight anastomoses, there is no evidence that these principles

196 wed up 25 bronchoscopically proved dehiscent anastomoses through healing in 19 patients who underwent

197 pecial importance, since it should allow the anastomoses to grow with time.

198 planted in orthotopic position with vascular anastomoses to the external iliac vessels and removed wh

199 aced in an orthotopic position with vascular anastomoses to the external iliac vessels.

200 f extra-anatomical intrahepatic biliary duct anastomoses to the gastrointestinal tract as endotherapy

201 e fusion of embryonic bladders with multiple anastomoses to the host ureter, enabling a significant i

202 d coronary segments; and 4) number of distal anastomoses to the major coronary systems equal to 1 or

203 Multiple arterial anastomoses was a protective factor for BCs, and a ducto

204 The risk of CRCs at anastomoses was significantly lower 24 months after rese

205 lar lesion formations at distal graft-vessel anastomoses were compared after 30 days.

206 (56.8% vs 9.2%, P < 0.001) and more primary anastomoses were constructed (88.5% vs 40.7%, P < 0.001)

207 Two-layer anastomoses were constructed using interrupted 3-0 silk

208 that hypothesis, subclavian-pulmonary artery anastomoses were created in Sprague-Dawley rats under th

209 , 0.32-0.98; P = .036); 90.8% of all CRCs at anastomoses were detected within 36 months of surgery.

210 Arterial anastomoses were done using 8-0 monofilament sutures in

211 FVTs and anastomoses were evaluated by fundus photography, fluore

212 Sections taken through the anastomoses were examined with trichrome-staining and im

213 A total of 900 grafts and 1061 distal anastomoses were examined.

214 fter implantation, side-to-side cyst-jejunal anastomoses were fashioned in one cohort of rats.

215 In patients with no breast lesions, IMA anastomoses were found in 45% of cases, and in patients

216 patients with malignant breast lesions, IMA anastomoses were found in 58% cases.

217 Arterial anastomoses were generally between the donor right hepat

218 Three types of anastomoses were identified.

219 Living donor grafts and multiple biliary anastomoses were more frequently associated with leaks.

220 overdiagnosis of mucosal abnormalities when anastomoses were normal.

221 In 2 cases, double arterial anastomoses were performed in the MSUD liver.

222 SK arterial anastomoses were performed to the aortic patch (n=8), ao

223 Single-layer anastomoses were performed with a continuous 3-0 polypro

224 These vascular anastomoses were performed with four stay sutures and se

225 A total of 131 of 144 proximal vein graft anastomoses were performed with this device.

226 obilized laparoscopically and extracorporeal anastomoses were performed.

227 Sixty-five single-layer and 67 two-layer anastomoses were performed.

228 No redo anastomoses were required.

229 ngiographic ovarian artery-to-uterine artery anastomoses were studied in 76 consecutive patients unde

230 Proximal and distal anastomoses were successfully created, and up to 3 (tota

231 The venous anastomoses were the sites of continuous delivery of rFG

232 Colorectal resections and anastomoses were then performed.

233 eparate bicaval and left and right pulmonary anastomoses, whereas the standard technique of cardiac t

234 entum, our approach uses arterial and venous anastomoses which rapidly restores blood flow and facili

235 erine endoscopic laser ablation of placental anastomoses, which abolishes intertwin transfusion.

236 A total of 135 PRA, 126 primary anastomoses with defunctioning stoma (PADS), and 6619 Ha

237 Group I underwent veno-arterial anastomoses with epigastric graft with pure venous perfu

238 The ability to form anastomoses with the host circulation is essential for v

239 hrocytes, indicating formation of functional anastomoses with the host vasculature.

240 the ovarian artery to the uterus was through anastomoses with the main uterine artery.

241 FC-lined vascular networks formed functional anastomoses with the mouse vasculature, allowing direct

242 l progeny spread to the co-twin via vascular anastomoses within a single, monochorionic placenta.

243 n middle and anterior cerebral arteries, the anastomoses within middle-cerebral artery trees, the ves

244 indicating the rapid formation of functional anastomoses within the host vasculature.

245 spheres), visualization of arterial-arterial anastomoses (x-ray micro-CT), and maintenance of functio