ライフサイエンスコーパス: vascular surgery

1 linical settings (e.g., trauma, shock, major vascular surgery).

2 uction in morbidity for elective general and vascular surgery).

3 y, and 52,025 pairs of patients admitted for vascular surgery.

4 complications within 30 days of general and vascular surgery.

5 alth Foundation (UK) and European Society of Vascular Surgery.

6 up classification of general, orthopedic, or vascular surgery.

7 guidelines for risk stratification in major vascular surgery.

8 ients with a positive stress test undergoing vascular surgery.

9 up classification of general, orthopedic, or vascular surgery.

10 or alternatives to native vein or artery for vascular surgery.

11 e perioperative renal injury associated with vascular surgery.

12 n significantly improve outcomes after major vascular surgery.

13 on outcome in patients undergoing peripheral vascular surgery.

14 including the use and timing of prophylactic vascular surgery.

15 rts in preventing this major complication of vascular surgery.

16 are and cost after hospitalization for major vascular surgery.

17 plications in patients undergoing noncardiac vascular surgery.

18 o ePTFE as a vascular conduit for peripheral vascular surgery.

19 r no revascularization before elective major vascular surgery.

20 omplex cases in pelvic, liver, pancreas, and vascular surgery.

21 rm the procedure: cardiology, radiology, and vascular surgery.

22 lity in patients undergoing major noncardiac vascular surgery.

23 peripheral arterial disease before elective vascular surgery.

24 and mortality in patients who have undergone vascular surgery.

25 rioperative myocardial infarction (MI) after vascular surgery.

26 ath after hospitalization for elective major vascular surgery.

27 using ultrasound in 187 patients undergoing vascular surgery.

28 ful in the management of patients undergoing vascular surgery.

29 th atherosclerosis and restenosis seen after vascular surgery.

30 mplete an additional year-long fellowship in vascular surgery.

31 icial in protection against restenosis after vascular surgery.

32 esults in outcome improvement after elective vascular surgery.

33 omes in a large population of candidates for vascular surgery.

34 njury (AKI) predicts death after cardiac and vascular surgery.

35 l, hepatobiliary, upper gastrointestinal and vascular surgery.

36 tion to ameliorate vascular remodeling after vascular surgery.

37 fy their priorities for outcome reporting in vascular surgery.

38 rombosis after endovascular interventions or vascular surgery.

39 s in patients undergoing non-cardiac and non-vascular surgery.

40 C transfusion throughout hospitalization for vascular surgery.

41 apaverine is used as an antispasmodic during vascular surgery.

42 ory capacity and AKI after major cardiac and vascular surgery.

43 ral surgery, and 42801 procedures (18.1%) in vascular surgery.

44 cations were the most common indications for vascular surgery.

45 ascular Surgery and the European Society for Vascular Surgery.

46 osclerotic cardiovascular disease undergoing vascular surgery.

47 nclude manual compression, stent grafts, and vascular surgery.

48 icoagulant of choice, such as for cardiac or vascular surgery.

49 uring a hospitalization for elective general/vascular surgery.

50 ted for preventing restenosis following open vascular surgery.

51 atients undergoing major elective general or vascular surgery.

52 up classification of general, orthopedic, or vascular surgery.

53 (without postoperative heparin) for cardiac/vascular surgery.

54 rectal, pediatric, neurological surgery, and vascular surgery.

55 in patients undergoing general elective and vascular surgery.

56 cal outcome in high-risk patients undergoing vascular surgery.

57 ong awaited and much anticipated advance for vascular surgery.

58 s in patients undergoing non-cardiac and non-vascular surgeries.

59 er C-indices (0.778, general surgery; 0.638, vascular surgery; 0.760, general plus vascular surgery)

60 6.8%; 95% CI, 28.3%-46.3%), those undergoing vascular surgery (45.8%; 95% CI, 37.7%-54.1%), and perso

61 Data from 2,747 (general surgery 2,251; vascular surgery 496) non-VA hospital cases were compare

62 Data included 2229 general or vascular surgeries, 699 of which were conducted after NS

63 to data from 41,360 (general surgery 31,393; vascular surgery 9,967) VA cases.

64 r in the 66.7% of 13,863 patients undergoing vascular surgery (95% CI, 65.9%-67.5%) than in the 37.4%

65 OR, 4.18; 95% CI, 3.58-4.89) patients and in vascular surgery, a high-intensity specialty, for very f

66 e-specific mortality for patients undergoing vascular surgery, a proportional subdistribution hazards

67 captures information on patients who undergo vascular surgery across 796 academic and community hospi

68 The decrease in vascular surgery also began before DHR but continued aft

69 ary-artery revascularization before elective vascular surgery among patients with stable cardiac symp

70 ospinal fluid (CSF) cytokines increase after vascular surgery and 2.

71 py to prevent limb amputation, and both open vascular surgery and endovascular therapy play a key rol

72 uthors initiated an integrated fellowship in vascular surgery and interventional radiology and now re

73 The attitudes of vascular surgery and interventional radiology faculty an

74 Vascular surgery and interventional radiology faculty me

75 fellowship provides exceptional training for vascular surgery and interventional radiology fellows in

76 Integration of vascular surgery and interventional radiology fellowship

77 erative AKI is common in patients undergoing vascular surgery and is associated with a high risk for

78 n elderly patients recovering from inpatient vascular surgery and nosocomial infections did not occur

79 ial for automating patient identification in vascular surgery and other medical registries, reducing

80 y receiving such medications; interestingly, vascular surgery and patients with known cardiac history

81 re was no significant difference between the vascular surgery and radiology fellows in either the spe

82 During the fellowship, vascular surgery and radiology fellows perform both vasc

83 Both vascular surgery and radiology-based fellows spend one q

84 ed treatment guidelines from the Society for Vascular Surgery and the European Society for Vascular S

85 C-indices of 0.942 (general surgery), 0.915 (vascular surgery), and 0.934 (general plus vascular surg

86 for general surgery, 15.5% (128 of 828) for vascular surgery, and 10.7% (36 of 336) for gynecologic

87 of angina or dyspnea, hemoglobin <12 mg/dl, vascular surgery, and emergency surgery.

88 however, rates of AKI were high (24%) after vascular surgery, and increased steadily after gastroint

89 tions such as stroke, myocardial infarction, vascular surgery, and organ transplant.

90 , general anesthesia, head and neck surgery, vascular surgery, and prolonged surgery.

91 hopedic surgery, general surgery, peripheral vascular surgery, and urologic surgery.

92 al fellowship in plastic, cardiothoracic, or vascular surgery; and had an active email address on fil

93 Hospitalizations requiring vascular surgery are associated with high in-hospital mo

94 Single-quality indicators in vascular surgery are often not distinctive and insuffici

95 l paradigms may be necessary in which either vascular surgery as an essential component is abandoned

96 gery procedures that required intraoperative vascular surgery assistance between January 2010 and Jun

97 Exposures: Intraoperative vascular surgery assistance stratified by need for vascu

98 The indications for vascular surgery assistance were 156 spine exposure (52%

99 pectrum of cases that require intraoperative vascular surgery assistance.

100 of 1,226,479 patients undergoing general and vascular surgery at 263 hospitals participating in ACS N

101 ta for 48,720 patients undergoing general or vascular surgery at 52 hospitals between July 2012 and A

102 ted within the TDCJ and underwent general or vascular surgery at the University of Texas Medical Bran

103 owship program in July 2016, the Division of Vascular Surgery at the University of Vermont Medical Ce

104 o were incarcerated and underwent general or vascular surgery at UTMB from 2012 to 2021.

105 ts (n = 184,843) undergoing major general or vascular surgery between October 1, 2001, and September

106 Similarly, older age, vascular surgery, bleeding event, and renal dysfunction

107 sion in patients undergoing non-cardiac, non-vascular surgery, but the evidence is very uncertain abo

108 used in general surgery, and to some extent vascular surgery, but this was not apparent in orthopedi

109 on sutured inguinal incisions after elective vascular surgery can decrease the incidence of surgical

110 The cohort comprised 1,081 consecutive vascular surgery candidates at five medical centers.

111 ostic impact, will reliably stratify risk in vascular surgery candidates referred for dipyridamole-th

112 perfusion and dobutamine echocardiography in vascular surgery candidates, a synopsis of predictive es

113 alidate a Bayesian risk prediction model for vascular surgery candidates.

114 diction models tend to underestimate risk in vascular surgery candidates.

115 udy of patients who underwent elective major vascular surgery - carotid endarterectomy, EVAR, open AA

116 costs of emergency and elective general and vascular surgery cases (N = 190,826) within 34 hospitals

117 ft repair of the thoracic aorta at the local vascular surgery clinic.

118 trial, 235 patients were randomized at 22 VA vascular surgery clinics.

119 A Society of Vascular Surgery comorbidity score >15 was the primary p

120 Vascular surgery continues to rapidly evolve, most notab

121 with a positive stress test undergoing major vascular surgery demonstrated significantly fewer periop

122 eon charges, and the collection rate for the vascular surgery division (30.2%) obtained from the Facu

123 inguinal interventions performed by a single vascular surgery division.

124 ary-artery revascularization before elective vascular surgery does not significantly alter the long-t

125 more relevant in the field of angiology and vascular surgery due to their potential benefit in the i

126 rth American and European sites, we compared vascular surgery (e.g., thrombectomy or bypass surgery)

127 mortality, patient risk profile, Society for Vascular Surgery-endorsed diameter compliance, off-label

128 ing chief general surgery resident (GSR) and vascular surgery fellow (VSF).

129 ogy fellows there was uniform agreement that vascular surgery fellows benefit from training in nonvas

130 erformed by all interventional radiology and vascular surgery fellows from a prospectively maintained

131 Vascular surgery fellows then complete an additional yea

132 er of years of training) and the traditional vascular surgery fellowship program (5 + 2, with 5 indic

133 linical practice as compared to graduates of vascular surgery fellowships (VSF).

134 mbers wanted additional training in clinical vascular surgery for the radiology-based fellows.

135 ents who had undergone inpatient general and vascular surgery from 2005 through 2007, using data from

136 lt patients undergoing elective or emergency vascular surgery from 2005 to 2010.

137 44,567 patients undergoing major general or vascular surgery from 2008 to 2012.

138 cohort of 3646 patients underwent inpatient vascular surgery from January 1, 2000, to November 30, 2

139 Nonadherence to the Society for Vascular Surgery guidelines for post-EVAR imaging was no

140 above age 65 years undergoing elective major vascular surgery had far worse 30-day outcomes when comp

141 ng procedure categories, patients undergoing vascular surgery had greater odds of smoking (OR, 3.24;

142 Reconstructive vascular surgery has become increasingly common.

143 Patients with ESRD undergoing elective vascular surgery have a significantly elevated risk of p

144 The functional benefits of vascular surgery have been traditionally assessed by tre

145 Technological advances in vascular surgery have changed the field dramatically ove

146 aining (as both interventional radiology and vascular surgery have done with a resultant increase in

147 ggest that patients with DGIs at the time of vascular surgery have increased risk of cardiovascular m

148 iency (HR: 2.26; 95% CL: 1.51 to 3.39]), and vascular surgery (HR: 1.48; 95% CL: 1.02 to 2.15]) were

149 There were 59 vascular surgeries in the cohort, with one death during

150 r disease studies in vitro and as grafts for vascular surgeries in vivo, possibly serving broad biome

151 Patients undergoing general and vascular surgery in high-mortality hospitals have simila

152 ytopenia (HIT) IgG antibodies before cardiac/vascular surgery in patients who have serologically-conf

153 h multiple sources chronicle the practice of vascular surgery in the North African, Mediterranean, an

154 cardiac complications in patients undergoing vascular surgery in this retrospective study.

155 Vascular surgery in World War II has long been defined b

156 counts to determine the American practice of vascular surgery in World War II.

157 have evaluated the use of fibrin sealants in vascular surgery, including aortic anastomosis in an ani

158 Routine PAC use in elective vascular surgery increases the volume of fluid given to

159 irs and acquiring clinical experience in the vascular surgery inpatient and outpatient services.

160 f 995 patients who had undergone general and vascular surgery investigated the association of periope

161 Lower-extremity vascular surgery is most often indicated for patients wi

162 tery revascularization before elective major vascular surgery is unclear.

163 al cardiology, interventional radiology, and vascular surgery) lags behind that in other specialties.

164 ta-blockers in high-risk patients undergoing vascular surgery merits further evaluation.

165 y(CT) scan before major, elective general or vascular surgery (N = 1453).

166 he foot or leg (n=620, 90.4%), arising after vascular surgery (n=619, 90.2%).

167 surgery, upper abdominal surgery, peripheral vascular surgery, neck surgery, emergency surgery, album

168 Patients needing vascular surgery often possess management challenges tha

169 rventional radiology, vascular medicine, and vascular surgery; oncologists; basic scientists; the Foo

170 Service lines in heart and vascular surgery, oncology, and pediatrics have been org

171 nine patients having aortic or infrainguinal vascular surgery or lower extremity amputation were incl

172 are practicing in either general surgery or vascular surgery, or obtaining additional transplant tra

173 d for surgical (visceral surgery: OR = 1.38, vascular surgery: OR = 3.33) and endovascular treatment

174 pnia during reperfusion states such as major vascular surgery, organ transplantation, tissue-graft su

175 Patterns for vascular surgery outcomes resembled general surgery; how

176 performing elective orthopedic, plastic, or vascular surgery PARTICIPANTS:: All operating theatres s

177 eta-analysis of studies reporting frailty in vascular surgery patients (PROSPERO registration: CRD420

178 mong a systematic sample of 4119 general and vascular surgery patients at a major academic hospital,

179 study, medical records were reviewed for all vascular surgery patients at a tertiary care university

180 was implemented for all general surgery and vascular surgery patients at our institution in August 2

181 ta were compared to the data for general and vascular surgery patients collected during a concurrent

182 openia, is associated with worse outcomes in vascular surgery patients.

183 leading cause of morbidity and mortality in vascular surgery patients.

184 g-term prognostic information in cardiac and vascular surgery patients.

185 tract clinical data from general surgery and vascular surgery patients.

186 ify factors driving end-of-life decisions in vascular surgery patients.

187 ircumstances surrounding end-of-life care in vascular surgery patients.

188 in cardiothoracic surgery, general surgery, vascular surgery, pediatric surgery, obstetrics/gynecolo

189 Among the 3646 patients undergoing vascular surgery, perioperative AKI occurred in 1801 (49

190 days prior to and up to 7 days following the vascular surgery procedure.

191 Certain aspects of care are common to all vascular surgery procedures, including thoracoabdominal

192 ograms, 9 graduates of 0 + 5 programs, and 6 vascular surgery program directors.

193 internal medicine, neurology, radiology and vascular surgery) proposes a comprehensive multi-dimensi

194 The Society for Vascular Surgery recommends annual surveillance with com

195 py (NPWT) on closed incisions after inguinal vascular surgery regarding surgical site infections (SSI

196 Renal dysfunction after major vascular surgery remains a significant problem.

197 mes, but their impact on patients undergoing vascular surgery remains unknown.

198 es were defined according to the Society for Vascular Surgery reporting standards.

199 to evaluate whether graduates of integrated vascular surgery residency (IVSR) programs achieve simil

200 ining paradigms analyzed were the integrated vascular surgery residency program (0 + 5, with 0 indica

201 s were reviewed to estimate baseline CC on a vascular surgery rotation.

202 Among 5254 Society for Vascular Surgery's Vascular Registry (1999 CAS; 3255 CEA

203 Medicare data (2000-2009) to the Society for Vascular Surgery's Vascular Registry (2005-2008) and the

204 ely to be at high surgical risk (Society for Vascular Surgery's Vascular Registry: 96.7% versus 44.5%

205 Society of Vascular Surgery scores were used to assess comorbidity

206 ntrareader agreement of the 2020 Society for Vascular Surgery/Society of Thoracic Surgeons (SVS/STS)

207 Structural factors included the overall and vascular surgery-specific time spent in training, wherea

208 Trauma and vascular surgery substantially decreased.

209 In our study, surgery by a specialized vascular surgery team using GSV grafts led to adequate l

210 therosclerotic aortic tissue obtained during vascular surgery than in normal aortic tissue, suggestin

211 In vascular surgery, the aOR for death favored the high FFP

212 and Research Trust, the European Society of Vascular Surgery, the International Angiology Scientific

213 iate application in cardiac, transplant, and vascular surgery, the mechanisms that underlie thrombus

214 Median reliabilities ranged from 0.05 for vascular surgery to 0.79 for gastroenterology and otolar

215 review the recent literature on intracranial vascular surgery, to summarize the main findings, and to

216 To continue providing this valuable service, vascular surgery trainees need to continue to learn the

217 re recent graduates and program directors of vascular surgery training programs in the United States.

218 ning and 2 indicating the number of years of vascular surgery training).

219 As vascular surgery transitions to the outpatient setting,

220 centre, phase 3, randomised trial done at 41 vascular surgery units in the UK (n=39), Sweden (n=1), a

221 s were those who presented to hospital-based vascular surgery units with chronic limb-threatening isc

222 hlights the potential use of the Society for Vascular Surgery Vascular Quality Initiative for surveil

223 The Society for Vascular Surgery Vascular Quality Initiative was queried

224 -popliteal artery disease in the Society for Vascular Surgery Vascular Quality Initiative were studie

225 ery, especially in the context of decreasing vascular surgery volume with the adoption of endovascula

226 The median time from randomization to vascular surgery was 54 days in the revascularization gr

227 ne in atherosclerotic tissue obtained during vascular surgery was sixfold higher than that of normal

228 tly, ESRD patients undergoing elective major vascular surgery were also at higher risk for composite

229 A total of 455 patients undergoing open vascular surgery were followed for 30 days for the occur

230 NSQIP methods and risk models in general and vascular surgery were fully applicable to PS hospitals.

231 Both angioplasty and vascular surgery were initially successful, but recurren

232 n which adult patients undergoing cardiac or vascular surgery were randomized to different transfusio

233 ESRD patients undergoing elective major vascular surgery were significantly more likely than non

234 0.638, vascular surgery; 0.760, general plus vascular surgery) were obtained following application of

235 (vascular surgery), and 0.934 (general plus vascular surgery) were obtained following application of

236 Patients undergoing vascular surgery who are at high cardiac risk should als

237 for identifying patients who have undergone vascular surgery who have an increased risk for short-te

238 hronic kidney disease undergoing cardiac and vascular surgery who have dysfunctional, pro-inflammator

239 undergoing elective infrainguinal or aortic vascular surgery who were admitted to the intensive care

240 hirty-nine patients undergoing elective open vascular surgery with inguinal incisions received either

241 The Society for Vascular Surgery Wound, Ischemia, and Foot Infection gra