ライフサイエンスコーパス: cannulation

1 ry-jugular venous oxygen content difference (cannulation).

2 five with late ICH (more than 72 hours after cannulation).

3 l other subjects (98% of subjects and 99% of cannulations).

4 TPS group had more frequent pancreatic duct cannulation.

5 owing "precut" to assist an initially failed cannulation.

6 ) and MyD88(-/-) mice underwent jugular vein cannulation.

7 n of intraocular pressure via direct corneal cannulation.

8 7BL/6 mice through retrograde excretory duct cannulation.

9 creatic duct stenting and dye-free guidewire cannulation.

10 iliary access rate in patient with difficult cannulation.

11 were subjected to tracheostomy and arterial cannulation.

12 ior wall of the internal jugular vein during cannulation.

13 lume (V(a)) were made using anterior chamber cannulation.

14 de removal (AVCO2R) via percutaneous femoral cannulation.

15 d female DBA/2J mice was performed by direct cannulation.

16 ertion have a failure of coronary sinus (CS) cannulation.

17 nt robotic LV lead placement after failed CS cannulation.

18 nt diets for at least 12 wk before bile duct cannulation.

19 lower Pao2/Fio2 ratio (p = .014) just before cannulation.

20 n body mass index, diabetes, or PaO2:FiO2 at cannulation.

21 ypical vasovagal reaction during intravenous cannulation.

22 rug delivery is the need for direct arterial cannulation.

23 or (3) stroked and episodically fed by cheek cannulation.

24 y to exclude congenital heart disease before cannulation.

25 qua non for ERCP success is selective ductal cannulation.

26 tory parameters were recorded at the time of cannulation.

27 95% CI, 0.81-0.91) compared with unilateral cannulation.

28 less cardiac-surgical complexity and earlier cannulation.

29 equelae of altered hemodynamics and repeated cannulation.

30 imes smaller than are typically suitable for cannulation.

31 election, and ultrasound guided percutaneous cannulation.

32 ctors, and implications of difficult biliary cannulation.

33 men cannulation and 7 (14%) had double-lumen cannulation.

34 n CRAO eyes was improved by retinal arterial cannulation.

35 1), 78% were male and 95% were proned before cannulation.

36 st location and 2) moving a patient for ECPR cannulation.

37 , 30, 60, 180, or 300 s after deep bile duct cannulation.

38 arterial extracorporeal membrane oxygenation cannulation.

39 with 41% initiating it within 72 hours after cannulation.

40 ntricular ejection fraction without arterial cannulation.

41 e removal in patients with difficult biliary cannulation.

42 nd 258 were diagnosed with difficult biliary cannulation.

43 orded skin breaks, redirections, and time to cannulation.

44 pioid and benzodiazepine doses on the day of cannulation, 0.15 mg/kg/hr (3.7 mg/kg/d) and 0.11 mg/kg/

45 novenous extracorporeal membrane oxygenation cannulation (12%).

46 s had shorter duration from symptom onset to cannulation (12.5 days vs. 19.9 days, p = 0.028) and sho

47 %, pulmonary vein or transseptal left atrial cannulation 2.8%).

48 whose IOP was controlled at 10 or 40mmHg by cannulation (3261+/-1821ng/mL vs. 755+/-763ng/mL; p=0.01

49 After cannulation, 364 patients (70%) were proned and 153 (30%

50 tion (96.7% vs. 98.0%, p = 0.361), difficult cannulation (49.0% vs. 40.4%, p = 0.132), successful sto

51 are unit (ICU) length of stay (LOS) prior to cannulation (5.6 days vs. 11.7 days, p = 0.045).

52 hrombosis more frequently than femorojugular cannulation (69.2% vs 63.1%, respectively; p = 0.04).

53 ups regarding the rate of successful biliary cannulation (96.7% vs. 98.0%, p = 0.361), difficult cann

54 ere collected from the closest time prior to cannulation and 24 hours after initiation of extracorpor

55 In venovenous ECMO, 9 (18%) had single-lumen cannulation and 7 (14%) had double-lumen cannulation.

56 h a high-resolution 40-MHz ultrasound before cannulation and at 3 hours and 30 days after procedure.

57 Adult rabbits underwent intrathecal cannulation and continuous infusions of either 300 micro

58 al arterial and venous plus internal jugular cannulation and direct aortic cross-clamping.

59 he accuracy of the surface landmarks for IJV cannulation and documented the adverse effects of neck r

60 We were successful in intraductal cannulation and endoscopy in seven of the nine patients.

61 east cancer and precancerous changes by duct cannulation and endoscopy.

62 s also more efficient with decreased time to cannulation and fewer redirections.

63 ngs indicate that the process of intrathecal cannulation and fluid infusion elicits alterations in th

64 Cannulation and heparinization after circulatory arrest

65 professional requirements in the UK prevent cannulation and heparinization before verification of de

66 an blood pressure measured by carotid artery cannulation and increased microvascular resistance measu

67 Cannulation and initiation of venovenous ECMO within an

68 criteria for interpretation of adrenal vein cannulation and lateralisation, the use of contralateral

69 , using strict criteria to define successful cannulation and lateralization of aldosterone production

70 stablished postasystole via aortic and caval cannulation and maintained for 2 h.

71 is the first study demonstrating successful cannulation and perfusion of parenchymal arterioles whil

72 trast injection of the pancreas, wire-guided cannulation and prophylactic pancreatic stenting have be

73 treated identically, except for the tracheal cannulation and simulated gastric aspiration.

74 ultrasonography guidance for central venous cannulation and strongly recommended real-time, dynamic

75 mandibular glands is possible by intraductal cannulation and that reduction of either the acute or ch

76 de dosing methods as an alternative to local cannulation and tracer reagents for brain-wide dose quan

77 Central venous cannulation and tracheal intubation in the lower-risk gr

78 d because of a technical failure with portal cannulation and was discarded.

79 C57/BL6 mice underwent intravenous cannulation and were given enteral nutrition or TPN for

80 ted the surge of LHRH (measured by push-pull cannulation) and LHRH neuronal activation (measured by F

81 CH, 10 with early ICH (within 72 hours after cannulation), and five with late ICH (more than 72 hours

82 The ideal candidate, timing of cannulation, and best post-cannulation management strate

83 ial pressure and IOP were measured by direct cannulation, and carotid blood flow and heart rate were

84 Rats underwent inferior vena cava isolation, cannulation, and instillation of saline or adenovirus en

85 Bile was collected by gallbladder cannulation, and liver samples were analyzed for gene ex

86 tracorporeal membrane oxygenation selection, cannulation, and management are applied.

87 gh either a ureteral stent or a renal artery cannulation, and the application of ice slush for parenc

88 e removal in patients with difficult biliary cannulation, and the complications associated with this

89 seline demographics, success rate of biliary cannulation, and the rate of adverse events were assesse

90 ver, in patients with PCS, atrial incisions, cannulations, and scar areas may cause AFL recurrence de

91 Here, we used a double cannulation approach (LV and 4V) to evaluate the effect

92 No complications related to cannulation, arterial thromboembolism, renal failure, me

93 echniques used in cases of difficult biliary cannulation, as well as the approach to their selection.

94 essels had no dilatation and rarely had post-cannulation bleeding.

95 l randomly assigned patients with successful cannulation, but excluded those who withdrew consent aft

96 ere commonly used in patients with difficult cannulation, but few studies compare the outcome between

97 is to review the experience of percutaneous cannulation by intensivists at a single institution.

98 randomized controlled trials focused on pre-cannulation care, a better understanding of hemodynamic,

99 and femoral vein cannulation, femoral artery cannulation, carotid artery thermistor placement, and bo

100 At the time of cannulation, CCM-initiated cases had lower rates of vaso

101 ies, extracorporeal membrane oxygenation and cannulation characteristics, occurrence rates of early a

102 ccess site complications and increase proper cannulation compared with non-ultrasound-guided TFA.

103 Groin cannulation complications primarily were related to athe

104 Subject demographics, type of support, cannulation configuration, types of cannulas, use of ima

105 RCP hyperamylasemia, and difficult or failed cannulation could not predict PEP.

106 Ampullary cannulation during ERCP was successful in all patients (

107 After surgical cannulation, each piglet was placed on conventional nonp

108 A total of 533 cannulation events in 231 patients from January 1, 2018,

109 Lymph duct cannulation experiments in cattle revealed that bovine d

110 To answer this question, we conducted cannulation experiments using stable isotope tracer tech

111 1.06, p = 0.010) were also risk factors for cannulation failure.

112 rwent tracheostomy, jugular and femoral vein cannulation, femoral artery cannulation, carotid artery

113 mm Hg) and resuscitation via femoral artery cannulation followed by laparotomy (trauma-hemorrhage),

114 control diet or ethanol diet by intragastric cannulation for 2 or 4 weeks.

115 ol or high-fat control diet via intragastric cannulation for 4 weeks.

116 Radial artery wall might be damaged after cannulation for cardiac catheterization.

117 ght lateral mini-thoracotomy with peripheral cannulation for cardiopulmonary bypass (n=3907) were ana

118 Percutaneous cannulation for extracorporeal membrane oxygenation by i

119 At cannulation for extracorporeal membrane oxygenation, 37%

120 th placement during attempted central venous cannulation for pulmonary artery catheter insertion mand

121 ior vena cava, portal vein, and right atrial cannulation for venovenous bypass, utilizing a centrifug

122 l lymph DCs were collected via thoracic duct cannulation from B27-transgenic and control (HLA-B7-tran

123 4 weeks after being established, and "early-cannulation" grafts can be used within 24 to 72 hours of

124 Macular vessel density in cannulation group was significantly better at 7 days aft

125 Moving a patient for cannulation had no association with mortality (aOR, 0.70

126 ntation, for ECMO support, and the timing of cannulation had no impact on survival.

127 Furthermore, difficult biliary cannulation has been associated with an increased risk o

128 gnificant effect on duration of tracheostomy cannulation (hazard ratio = 1.40; 95% CI, 0.65-3.03), du

129 eater than expected percentage use premortem cannulation, heparinization, and phentolamine despite cu

130 est location and whether moving patients for cannulation impacts outcome.

131 olangiopancreatography can achieve papillary cannulation in 80% of patients with RYGB anatomy.

132 re hemodynamic compromise was present before cannulation in a comparable percentage of venovenous and

133 nearly undetectable values by 5 hours after cannulation in both control and LPS-exposed rats.

134 h a lower probability of extubation, whereas cannulation in cardiac surgery ICU (odds ratio, 3.14; 95

135 Difficult biliary cannulation in endoscopic retrograde cholangiopancreatog

136 Rabbit eye IOP was modulated through cannulation in ex vivo study or through cryopexy of cili

137 and to define a suitable proxy for arterial cannulation in human FDG studies.

138 advances and is now preferred over surgical cannulation in most cases.

139 8 patients who met the criteria of difficult cannulation in the National Taiwan University hospital f

140 plant, therapeutic hypothermia, and surgical cannulation in v-a ecls.

141 study, we used bilateral efferent lymph duct cannulations in sheep to examine the regional lymphatic

142 Each day from ICU admission to cannulation increased the adjusted risk of death by 4% a

143 Femorofemoral cannulation induced femoral cannula-associated deep vein

144 The approach of early repair after ECMO cannulation is associated with improved survival compare

145 Percutaneous cannulation is increasingly performed by intensivists, c

146 Percutaneous cannulation is one of these advances and is now preferre

147 Selective deep biliary cannulation is the first and the most important step bef

148 Early intervention of retinal arterial cannulation is useful for minimizing visual impairment i

149 a nontransplant caregiver, and rapid aortic cannulation, liver and kidneys were recovered.

150 Chronic vessel cannulation made the frequent dialyses possible, but may

151 Two days after venous cannulation, male ICR (Institute of Cancer Research) mic

152 Experiment 1: 2 days after intravenous cannulation, male Institute of Cancer Research mice were

153 Experiment 2: 2 days after intravenous cannulation, male Institute of Cancer Research mice were

154 didate, timing of cannulation, and best post-cannulation management strategy, however, has not yet be

155 ulic conductivity measured using this double-cannulation method (2.6 (+/- 0.9) x 10(-7) cm s(-1) cmH(

156 al membrane oxygenation, it is unclear which cannulation method carries a higher risk of brain injury

157 xtracorporeal membrane oxygenation duration, cannulation methods, hemoglobin level, coma, renal impai

158 -0 curved or 6-0 straight suture for carotid cannulation might decrease SAH and that the application

159 tbred ovine model, 2) to develop a lymphatic cannulation model that directly collects lymphatic fluid

160 eases in Pa co2 pre- to post-venovenous ECMO cannulation (moderate certainty).

161 intraperitoneal route of administration (no cannulation, no anesthesia) and using a standardized upt

162 subject effect were used to compare time to cannulation, number of skin breaks and redirections, and

163 io, 3.08; p = 0.03) and six-fold increase if cannulation occurred during cardiopulmonary resuscitatio

164 urs post-extracorporeal membrane oxygenation cannulation (odds ratio, 2.8; 95% CI, 1.1-7.3) were asso

165 mg/kg/d) at decannulation, an increase from cannulation of 108% and 192%, respectively (both p < 0.0

166 Instead, cannulation of a reopened umbilical vein could allow mac

167 Cannulation of afferent lymphatic vessels allows the iso

168 Triple cannulation of isolated arteries enables focal applicati

169 In this study, we describe a protocol for cannulation of mouse and rat lymphatic collectors that i

170 Cannulation of SC with gelatin-coated suture material is

171 n of DC migrating from peripheral tissues by cannulation of the afferent lymphatic vessels provides D

172 uced in one eye of five cynomolgus monkey by cannulation of the anterior chamber, by anterior chamber

173 on, intra-aortic balloon-pump placement, and cannulation of the aorta for heart surgery.

174 arch tissue with a Teflon felt "neo-media"; cannulation of the arch graft to reestablish cardiopulmo

175 An ultrasound-guided infraclavicular cannulation of the axillary artery is noninferior to the

176 ultrasound-guided infraclavicular, in-plane cannulation of the axillary artery was performed.

177 vicular real-time ultrasound-guided in-plane cannulation of the AXV.

178 After cannulation of the bile duct, MGD-Fe was administered by

179 Animals underwent cannulation of the carotid artery and jugular vein with

180 of the axillary artery is noninferior to the cannulation of the common femoral artery in terms of pro

181 F group), an ultrasound-guided, out-of-plane cannulation of the common femoral artery was performed.

182 red for diagnostic catheterization underwent cannulation of the coronary sinus (CS).

183 lantation due to difficulties with efficient cannulation of the coronary sinus orifice in a rare anat

184 volunteers and 5 subjects with PAD underwent cannulation of the femoral artery and vein.

185 experiments in anesthetized dogs with direct cannulation of the hindlimb skeletal muscle lymphatics,

186 the real-time ultrasound-guided out-of-plane cannulation of the IJV and the infraclavicular real-time

187 serial sampling of plasma peptide levels via cannulation of the jugular vein was performed after subc

188 he left anterior descending artery (LAD) and cannulation of the LAD vein were studied.

189 nesthetized and systemically heparinized for cannulation of the left carotid and common jugular vein

190 nsuccessful due to problems with inefficient cannulation of the orifice of the coronary sinus (CS).

191 raphy, 140 for pancreatography, 160 for deep cannulation of the pancreatic duct, 120 for stone extrac

192 nd the superior mesenteric artery (SMA), and cannulation of the pericardial space was performed.

193 s flows were similar to those obtained after cannulation of the portal vein main stem.

194 However, cannulation of the right adrenal vein (RAV) is difficult

195 trial appendages were obtained before venous cannulation of the right atrium and after myocardial rep

196 Endovascular cannulation of the right OA was performed three times ea

197 ging guidewire provided the best support for cannulation of the swine aorta and vena cava.

198 After isolation and cannulation of the trachea, mouse lungs were lavaged wit

199 e cauda epididymidis tubule and collected by cannulation of the vas deferens.

200 Current methods for blood vessel cannulation or epidural, chest tube, and initial trocar

201 her as control, subjected to sham operation (cannulation or laparotomy only or cannulation plus lapar

202 4; 95 percent CI, 1.13-1.83); bicaval venous cannulation (OR, 1.40; 95 percent CI, 1.04-1.89); postop

203 isk factors for difficult rescue NKF biliary cannulation (P = 0.003 and P = 0.019, respectively), and

204 nage, ruling-in pneumothorax, central venous cannulation, particularly for internal jugular and femor

205 Before cannulation, PCO2 was elevated to 100, 108, 90, and 186

206 ecretion rates were measured after bile duct cannulation performed 3-11 days after intestinal surgery

207 Hemodynamic changes were analyzed by direct cannulation, perivascular flowprobe, indocyanine green i

208 operation (cannulation or laparotomy only or cannulation plus laparotomy) or T-H (midline laparotomy,

209 ted with tracheal intubation, central venous cannulation, pneumonia, age of < 2 months, use of more t

210 lop 1 or more serious complication (arterial cannulation, pneumothorax, infection, or DVT).

211 A rapidly deployed cannulation program by intensivists for venovenous extra

212 Rats were prepared with pancreatic duct cannulation, pyloric ligation, and bile diversion into d

213 Conventional (without precut) and overall cannulation rates were 89.8% and 95.6%, respectively.

214 After tracheostomy and venous cannulation, rats received 17% total body surface area f

215 ure etiology, CCM was noninferior to CTS for cannulation-related complications, with an adjusted odds

216 vealed advanced age, ecls duration, surgical cannulation, renal replacement therapy, prone positionin

217 the instrumentation (e.g., subretinal space cannulation, retinal elevation, or retinal holes).

218 risk factor for failure of selective biliary cannulation (SBC) and post endoscopic retrograde cholang

219 rtality, whereas patients with out-of-center cannulation showed improved long-term survival.

220 mean LogMAR visual acuity in CRAO eyes with cannulation significantly improved compared with that at

221 ation was also associated with lower odds of cannulation site bleeding (bilateral vs unilateral: OR,

222 Especially reduction in cannulation site bleeding is also due to changes in timi

223 reased complications including hemolysis and cannulation site bleeding.

224 The risk of injury was not modified by the cannulation site for septostomy (umbilical versus femora

225 deep sternal wound, thoracotomy, and harvest/cannulation site infections.

226 und infection, 0.5% [n=96]; isolated harvest/cannulation site, 0.5% [n=97]; isolated thoracotomy, 0.0

227 generalized linear mixed model adjusting for cannulation site, body mass index, and respiratory failu

228 tion of the long axis and short axis at each cannulation site.

229 iliofemoral arterial injury not including a cannulation site.

230 ian device dwell time (in d) differed across cannulation sites (p < 0.001).

231 setting, we hypothesized that atriotomies or cannulation sites during MV surgery also contributed to

232 findings corresponded to atrial incisions or cannulation sites.

233 nstruct splints for intravenous and arterial cannulation sites.

234 racteristics, surgeon experience, or nursing cannulation skill.

235 f the aorta, cerebral perfusion methods, and cannulation strategies were reviewed.

236 ures, modified patient eligibility criteria, cannulation strategies, and management protocols for the

237 The authors review cannulation strategies, indications, and evidence for EC

238 atients treated with a multisite versus SSDL cannulation strategy and there were only modest differen

239 Overall cannulation success (some precut-assisted) was more like

240 D, no significant difference was observed in cannulation success and adverse event rates (p > 0.05).

241 Biliary cannulation success appears influenced by both patient a

242 greater impact on conventional (precut-free) cannulation success, but volume influences ultimate succ

243 Cannulation success, ERCP findings, and adverse events w

244 Cannulation success, first-attempt success, and number o

245 tering within physicians, to predict biliary cannulation success, with and without allowing "precut"

246 termine factors associated with deep biliary cannulation success, with/ without precut sphincterotomy

247 Surgical cannulation takes 2 h to perform; daily maintenance of t

248 authors provide a primer on standard biliary cannulation techniques and discuss the definition, risk

249 difference in the rate of PEP when the same cannulation techniques were compared between the two gro

250 Different cannulation techniques, if applied carefully and in acco

251 We also summarize cannulation techniques, practical management and trouble

252 After arterial cannulation, the specimens were perfused using a combine

253 lavian was associated with decreased time to cannulation; there was no significant difference in time

254 asured manometrically after anterior chamber cannulation through the peripheral cornea with a 26-gaug

255 nly independent risk factors for a prolonged cannulation time using NKF (P < 0.001 and P = 0.005, res

256 ften lead to the unnecessary prolongation of cannulation time.

257 for inter- and intraobserver variability of cannulation time.

258 Cannulation times, signal intensity in each vessel regio

259 ve light units per s per mg [SE 3.71] before cannulation to 65.02 [6.01] after reperfusion, p<0.0001;

260 The median time from ECMO cannulation to left atrial decompression was 11 hrs.

261 ding used a convex 8-4 MHz transducer during cannulation to monitor the needle path and determine pos

262 ricular lead deployment (coronary sinus [CS] cannulation to withdrawal of CS sheath) measured 2.6 (Q1

263 orbital venous pressures obtained by direct cannulation, to assess the ocular pressure gradients, an

264 n-null mice using both rebound tonometry and cannulation tonometry.

265 After cannulation under light ether, the rats were allowed to

266 After anterior chamber cannulation under pentobarbital anesthesia, aqueous humo

267 procedures such as venipuncture, intravenous cannulation, urethral catheterization, and lumbar punctu

268 EP in wire-guided cannulation versus biliary cannulation using a sphincterotome and contrast injectio

269 P methods and accessories, selective biliary cannulation using conventional techniques remains unsucc

270 difference in the rate of PEP in wire-guided cannulation versus biliary cannulation using a sphincter

271 Success in deep biliary cannulation via native ampullae of Vater is an accepted

272 Median time from intubation to cannulation was 5 days (IQR, 2-14 d).

273 In the IMCT group, 360-degree cannulation was achieved in 80% (16/20) of eyes.

274 Bilateral cannulation was also associated with lower odds of cannu

275 However, bilateral cannulation was associated with a reduced risk for compa

276 Phantom visceral artery cannulation was easier with standard and micro MR imagin

277 e removal in patients with difficult biliary cannulation was good with an acceptable complication rat

278 ore, while the oxygenation index before ECMO cannulation was higher in the COVID group (82 vs 65 mm H

279 Moving patients for ECPR cannulation was not associated with improved outcomes.

280 ECLS cannulation was peripheral in 87% of patients and 33% of

281 Bile duct cannulation was successful in 23 patients (74.2%) in the

282 Cannulation was successful in all other subjects (98% of

283 ents (10 of 17 were men aged 38+/-15 years), cannulation was successful.

284 median number of previous ultrasound-guided cannulations was 8.0.

285 uncture (simple puncture-with no dilation or cannulation) was 1.3% using the subclavian vein.

286 ion, but not antibiotics at the time of ECMO cannulation, was associated with subsequently developing

287 es that were widely available at the time of cannulation were analyzed and ranked on their ability to

288 eath placement during attempted jugular vein cannulation were identified.

289 lingual microcirculation measurements before cannulation were possible.

290 Bile cannulations were performed and biliary cholesterol secr

291 All cannulations were performed at the bedside in the intens

292 Fifty-seven cannulations were performed by eight intensivists in 29

293 Sixteen animals with carotid artery cannulations were studied with 18F-FDG small-animal PET

294 Percutaneous cannulation with a simplified pumpless extracorporeal ci

295 Percutaneously assisted intratracheal cannulation with catheter exteriorization permits prolon

296 acheal tube.Recent interest in axillary vein cannulation with ultrasound guidance has gained some mom

297 One hundred ninety cannulations with cannula sizes from size 12 to 31F were

298 argeting moderate to deep sedation following cannulation, with the use of sedative and opioid infusio

299 ophy, aortic atherosclerosis, bicaval venous cannulation, withdrawal of ACE inhibitor or beta-blocker

300 A sham group underwent the vascular cannulation without hemorrhage and resuscitation, and co