ライフサイエンスコーパス: surgical patient

1 tine management of the postoperative cardiac surgical patient.

2 ant), and staff from units that care for the surgical patient.

3 for proctectomy especially in the poor risk surgical patient.

4 oints regarding care for the geriatric frail surgical patient.

5 relative risk, and cumulative effect on the surgical patient.

6 aries depending on the clinical profile of a surgical patient.

7 ultidisciplinary approach to the care of the surgical patient.

8 d reduce liberal transfusion practice in the surgical patient.

9 laxis for venous thromboembolism (VTE) among surgical patients.

10 ant postoperative pulmonary edema in at-risk surgical patients.

11 study was a consecutive cohort of 150 MRI(-) surgical patients.

12 predominance of cardiothoracic and vascular surgical patients.

13 was observed between the randomized arms in surgical patients.

14 junctive therapy to prevent POCs among adult surgical patients.

15 our burden and the survival of pre- and post-surgical patients.

16 more restrictive use of FFP and platelets on surgical patients.

17 medical admissions and lowest among elective surgical patients.

18 from January 2000 to October 2014 on art in surgical patients.

19 s of preventable patient injury and death in surgical patients.

20 trauma, and to a lesser degree, in elective surgical patients.

21 tilize more ICU resources than other general surgical patients.

22 evaluation, and risk stratification of older surgical patients.

23 ded in this retrospective study were 25 MRI- surgical patients.

24 evidence-based care improvement process for surgical patients.

25 reducing the incidence of adverse events in surgical patients.

26 ive and perioperative management of vascular surgical patients.

27 or a hypothetical cohort of major noncardiac surgical patients.

28 nstitutionalization, and death among elderly surgical patients.

29 scussions regarding advance directives among surgical patients.

30 often used but poorly defined descriptor of surgical patients.

31 ms for the care of this subset of adolescent surgical patients.

32 as 26%, similar among cardiology and cardiac surgical patients.

33 ever, whereas hypothermia was more common in surgical patients.

34 many studies of nutritional interventions in surgical patients.

35 as wide-ranging implications for the care of surgical patients.

36 es of how this knowledge impacts the care of surgical patients.

37 Similar results were observed for surgical patients.

38 ecommend use of this technology in high-risk surgical patients.

39 prevention and treatment of coagulopathy in surgical patients.

40 surgical repair of this defect in high-risk surgical patients.

41 term survival in both noncardiac and cardiac surgical patients.

42 d approach to the preoperative evaluation of surgical patients.

43 e) at physician discretion, OS was higher in surgical patients.

44 and to improve regular attending visits with surgical patients.

45 or deep vein thrombosis (DVT) prophylaxis in surgical patients.

46 ghout the perioperative period in ambulatory surgical patients.

47 comparisons were found, 9 of which were with surgical patients.

48 g and its effect on elderly, critically ill, surgical patients.

49 evention of thromboembolic disease in cancer surgical patients.

50 nce measure, aimed at optimizing the care of surgical patients.

51 ine care settings across a broad spectrum of surgical patients.

52 itoring and targeted optimization in cardiac surgical patients.

53 including prolonged prophylaxis in high-risk surgical patients.

54 high quality perioperative care for elderly surgical patients.

55 tiveness of these therapies on POCs in adult surgical patients.

56 -that underlie disparities' occurrence among surgical patients.

57 e oxidase subunit-2-deficient mice; elective surgical patients.

58 of routine preoperative risk assessment for surgical patients.

59 the use of a combined approach in high-risk surgical patients.

60 WS) could predict inpatient complications in surgical patients.

61 phylactic enoxaparin dosing among trauma and surgical patients.

62 s core decisional and informational needs of surgical patients.

63 27,009 nurse survey respondents and 852,974 surgical patients.

64 to PAC have not been adequately examined for surgical patients.

65 SSI) (RR = 0.28; 95% CI, 0.12-0.64) in adult surgical patients.

66 lity events identified in a cohort of 212733 surgical patients.

67 ed outcomes or lower Medicare payments among surgical patients.

68 ponsible for the care of elective colorectal surgical patients.

69 individual risk assessment in critically ill surgical patients.

70 architectural features on health outcomes in surgical patients.

71 of infections in critically ill medical and surgical patients.

72 o require reoperation occurred in 11 primary surgical patients (1.4%).

73 lliative care consultations were ordered for surgical patients: 160 before initiation of frailty scre

74 nt patients had shorter hospitalization than surgical patients (2.4 vs. 6.4 days; p < 0.001) and fewe

75 Of all the opioid tablets obtained by surgical patients, 42% to 71% went unused.

76 1101 hits with 48 studies focusing on art in surgical patients: 47 studies on musical intervention an

77 Increases in tracheostomy use were driven by surgical patients (9.5% in 1993; 15.0% in 2012; P < 0.00

78 nstrate that in more than 50% of all cardiac surgical patients, a standardized practice model can be

79 t-term and intermediate follow-up, stent and surgical patients achieved superior hemodynamic and inte

80 Adult medical and surgical patients admitted to the study wards of eight h

81 med to compare 5-year outcomes of adolescent surgical patients after Roux-en-Y gastric bypass with th

82 We recruited 1932 cataract surgical patients aged >/=64 years at Westmead Hospital

83 In the 52 week prospective cohort study (192 surgical patients and 138 controls), mild (chi(2) = 17.9

84 samples were collected in 141 cardiovascular surgical patients and analyzed for urinary alpha-(alpha-

85 a trade-off between good quality of care for surgical patients and ensuring a positive patient experi

86 imed to assess kidney dysfunction in general surgical patients and examine the effect on postoperativ

87 nal tract samples were collected from eleven surgical patients and five autopsy cases.

88 g opportunities to identify the highest-risk surgical patients and improve their outcomes.

89 n and central venous oxygen saturation in 30 surgical patients and in 30 critically ill patients and

90 ening program effectively identifies at-risk surgical patients and is associated with a significant r

91 ection still occurs in 5% or more of cardiac surgical patients and is associated with significant exc

92 chemoprophylaxis is used only in appropriate surgical patients and may minimize bleeding complication

93 nees conducted ward rounds of 3 standardized surgical patients and were assessed using a checklist of

94 cope of the antibiotic misuse in surgery for surgical patients, and provides immediate practice impro

95 ing, intensivist/hospitalist comanagement of surgical patients, and targeted response.

96 l burns where monitoring devices contact the surgical patient are unclear.

97 Outcomes disparities among surgical patients are a significant concern.

98 The majority of surgical patients are at high-risk for VTE.

99 Unplanned readmissions in surgical patients are common in patients experiencing po

100 Infections among surgical patients are frequently anaerobic or mixed aero

101 Surgical patients are frequently at risk for experiencin

102 in the United States continues to rise, and surgical patients are initially seen with increasingly c

103 In the VHA population, surgical patients are less likely to receive either hosp

104 Anesthetized surgical patients are particularly at risk for hypotherm

105 ssment and optimization strategies for older surgical patients are proposed.

106 roper caloric intake goals in critically ill surgical patients are unclear.

107 f blood products should not be withheld from surgical patients as a means to prevent SSI.

108 ssion, discharge, and occupancy patterns for surgical patients at a large children's hospital and ass

109 dataset of consecutive infections treated in surgical patients at a single hospital was reviewed.

110 ve randomized controlled trial, 1502 cardiac surgical patients at high risk for sternal wound infecti

111 to improve the access to care of nonelective surgical patients at Massachusetts General Hospital (MGH

112 toperative respiratory complications and for surgical patients at risk for postoperative acute respir

113 Of the surgical patients at risk, 11 613 (58.5%; 57.8-59.2; 0.2

114 Surgical patients at teaching hospitals often worry abou

115 NO may be insufficient in surgical patients because its precursor arginine is decr

116 higher readmission rates compared with other surgical patients, but data on predictors are limited.

117 rette smoking increases complication risk in surgical patients, but the potential effects of smoking

118 d with those from nonfailing nonhypertrophic surgical patients by performing patch-clamp and intracel

119 terologist can improve outcomes in bariatric surgical patients by understanding the issues of care th

120 Among critically ill surgical patients, caloric provision across a wide accep

121 One-lung ventilation in the thoracic surgical patient can be achieved with the use of a doubl

122 , and experts in POC US, scanned 4 different surgical patient cases in a controlled set-up.

123 ces and admissions) was higher in adolescent surgical patients compared with adolescent controls.

124 nical trials and observational studies among surgical patients comparing CCDSSs with VTE risk stratif

125 ge preoperative wait time of all nonelective surgical patients decreased by 25.5% (P < 0.001), even w

126 ence for the use of IVC filters in bariatric surgical patients, describe trends in practice, and disc

127 During the study period, approximately 2% of surgical patients developed SSI annually.

128 ta with staff nurse survey data (N=1024) and surgical patient discharge data (N=76,036) from 14 high-

129 , 2009-2010 Medicare claims data for 954,926 surgical patient discharges from 2786 hospitals who were

130 ects of nursing factors on the likelihood of surgical patients dying within 30 days of admission, bef

131 Improvement in the overall surgical patient experience can stem from multidisciplin

132 Morphine use in surgical patients exposed to extreme physiologic stress

133 on, POCD, afflicts a large number of elderly surgical patients following surgery with general anesthe

134 channels may offer new treatment options in surgical patients for the management of pain and infecti

135 , 6.4% at 5 years, and 13.8% at 10 years for surgical patients; for matched control patients, 1.7% at

136 Surgical patients from 129 Veterans Affairs (VA) hospita

137 combined routinely collected data on 422,730 surgical patients from 300 general acute hospitals in 9

138 sed frequency of cognitive impairment in the surgical patient group.

139 patients, but there was 1 stroke (5%) in the surgical patient group.

140 days and Fridays often had high occupancy of surgical patients (>90% of designated beds filled), wher

141 Overall, 526 of 6178 surgical patients had a reoperation (8.5%).

142 We investigated whether any surgical patients had acquired HBV infection while under

143 Surgical patients had fewer hours than medical patients

144 for tight glycemic control in critically ill surgical patients has been shown to reduce mortality; ho

145 to death compared with medical patients, yet surgical patients have a longer length of time in these

146 Studies of surgical patients have shown this population to receive

147 The elective and cardiac surgical patients have statistically significantly bette

148 Geriatric surgical patients have unique vulnerabilities and are at

149 In surgical patients, heart rate recovery after cardiopulmo

150 A total of 8552 surgical patients hospitalized from July 1, 2009, to Jun

151 Medical and surgical patients in a 21-bed quaternary multidisciplina

152 lead to positive postoperative outcomes for surgical patients in general, less is known about the ef

153 to weigh the risks and benefits in thoracic surgical patients in order to determine who can benefit

154 and ICU nurses participating in the care of surgical patients in the ICU.

155 ety of heparin thromboprophylaxis in medical-surgical patients in the ICU.

156 were used to identify hospitalized pediatric surgical patients in the United States (age: 0-18) from

157 leading cause of death among critically ill surgical patients in the United States.

158 n on cardiac output in postoperative cardiac surgical patients in whom norepinephrine increased mean

159 Comparator surgical patients included 5556 patients undergoing elec

160 The large sample of surgical patients included in this study underwent a wid

161 sepsis risk and unintentional hypothermia in surgical patients increases infectious complications.

162 benefits and harms of chemoprophylaxis among surgical patients individually risk stratified for venou

163 on, the proportion of direct paying cataract surgical patients, intervention program costs per additi

164 Critical care of the cardiac surgical patient is a complex and dynamic endeavor.

165 t in the approach to management of the older surgical patient is critical to improve postoperative co

166 tive optimization of a minority of high-risk surgical patients is also important given limited critic

167 Self-selected music for surgical patients is an effective and low-cost intervent

168 Functional compromise in elderly colorectal surgical patients is considered as a significant factor

169 to introduce or improve palliative care for surgical patients is further limited by methodologic fla

170 and efficacy of IVC filter use in bariatric surgical patients is highly heterogeneous.

171 The nature of this relationship in surgical patients is unknown.

172 surgical service (hereinafter referred to as surgical patients), is unclear.

173 as a risk factor for subsequent infection in surgical patients, it has not been well defined in medic

174 ith higher mortality and complications among surgical patients, little is known regarding the drivers

175 nts who received hospice or palliative care, surgical patients lived significantly longer than their

176 Surgical patients lost more weight than medically treate

177 re are multiple pharmacologic therapies that surgical patients may be exposed to preoperatively, alth

178 rmining criteria for higher-risk medical and surgical patients may help with increasing the relative

179 t controls was similar to that in adolescent surgical patients (mean change -12.3 kg/m(2), 95% CI -13

180 Tracheostomy was more common in surgical patients, men, and racial/ethnic minorities.

181 Among surgical patients, MIRP utilization increased substantia

182 All general surgery residents (n = 49) and surgical patients (n = 2420) for whom residents wrote ad

183 Surgical patients (n = 2500) had a mean age of 52 years

184 Surgical patients often receive routine postoperative me

185 conventional surveillance among medical and surgical patients on mechanical ventilation in 3 univers

186 house intensivist-only management of cardiac surgical patients on postoperative complications and hea

187 Surgical patient outcomes are related to surgeon skills.

188 The change in bodyweight in adolescent surgical patients over 5 years was -36.8 kg (95% CI -40.

189 After multivariable regression, surgical patients (p < 0.001) and all patients in surgic

190 f medically treated patients versus 58.8% of surgical patients (P = 0.032).

191 nts treated with calcimimetics versus 76% of surgical patients (P = 0.036).

192 f medically treated patients versus 82.4% of surgical patients (P = 0.69).

193 provide optimal care for the critically ill surgical patient, particularly with continuing involveme

194 and 20 normal skin specimens from noncancer surgical patients (patient age, 61.4 [9.1] years).

195 trainee participation on outcomes in a broad surgical patient population.

196 In surgical patients, pre-existing CKD and postoperative AK

197 with an update on the management of thoracic surgical patients presenting for VATS.

198 ence infection rate and clinical outcomes in surgical patients probably due to their immunomodulatory

199 Surgical patients readmitted within 30 days following di

200 Approximately 59% of surgical patients received adjuvant CRT.

201 Most surgical patients received trimodal therapy with adjuvan

202 n many patients, but data focusing on art in surgical patients remain scarce.

203 cts on human health, their clinical value in surgical patients remains unclear given a paucity of app

204 he treatment of patients undergoing surgery (surgical patients) remains poorly defined.

205 The preoperative management of vascular surgical patients requires a complete understanding of t

206 Studies in surgical patients requiring prolonged ventilation sugges

207 iven, value-based approach for hospital-wide surgical patient safety.

208 aracteristics and comorbidities in our adult surgical patient sample: American Society of Anesthesiol

209 Overall, 19 (50%) of the 38 surgical patients (seven [37%] of 19 in the gastric bypa

210 nd cardiovascular risk factors in adolescent surgical patients showed improvement over 5 years and co

211 by invasive cortical stimulation mapping in surgical patients, suggesting potential for use in clini

212 ppropriate methods of risk stratification of surgical patients targeted at the reduction of postopera

213 l significantly higher after 52 weeks in the surgical patients than among the age matched controls.

214 s that in a large cohort of gastrointestinal surgical patients, the peak serum lactate (in the first

215 In all surgical patients, there is a risk of postoperative veno

216 ding recognition of the high-risk for VTE in surgical patients, thromboprophylaxis remains underutili

217 ostoperative complications and mortality for surgical patients through early identification and inter

218 realm of anesthesiology in management of the surgical patient to guide drug therapy, surgical strateg

219 We matched 20,590 surgical patients to 41,180 nonsurgical patients.

220 There are no quantitative data on surgical patients to validate whether this objective has

221 role in the perioperative care of bariatric surgical patients, to recognize potential complications

222 mparing the surgical outcomes of a cohort of surgical patients treated before and after implementatio

223 One in 203 surgical patients undergoes CPR, and more than 70.0% of

224 ections but also reduces 1-year mortality in surgical patients undergoing clean procedures.

225 In a single-center cohort of 51,457 adult surgical patients undergoing major inpatient surgery, lo

226 In a single-center cohort of 50,314 adult surgical patients undergoing major inpatient surgery, we

227 20 (25%) of 81 adolescent surgical patients underwent additional abdominal surgery

228 arious patient subtypes (89.3% for electives surgical patients up to 94.8% for trauma patients) and I

229 kers in a nested case-control study of older surgical patients using a proteomics approach followed b

230 U admission to 28 d) cohort study of medical/surgical patients ventilated and sedated 24 hours or mor

231 ions were as follows: death, 30.4% among 194 surgical patients versus 52.0% among 179 medical patient

232 Administrative claims database of surgical patients was analyzed at hospitals treating Med

233 ssess information transfer for deteriorating surgical patients was developed and tested using simulat

234 VTE prophylaxis among critically ill medical-surgical patients was more effective and had similar or

235 In a single-center cohort of surgical patients, we assessed the association between p

236 enrolment in the RCT, mortality dates of all surgical patients were checked.

237 g propensity-score matched early and delayed surgical patients were compared using percent absolute r

238 In all, 2,763 (43.8%) of 6,304 surgical patients were elderly (age >/= 70 years).

239 These results did not change if surgical patients were eliminated or in the subgroup wit

240 Surgical patients were excluded.

241 Surgical patients were identified from the American Coll

242 A total of 134,227 bariatric surgical patients were identified.

243 A total of 10,246 functionally dependent surgical patients were included for analysis.

244 A total of 192 hospitals with 110,987 surgical patients were included.

245 In 2012, more than 50% of all cardiac surgical patients were managed with our standardized car

246 Surgical patients were more likely to have abnormal stre

247 f open and laparoscopic colorectal resection surgical patients were recruited.

248 s of palliative care interventions for adult surgical patients were reported.

249 Surgical patients were significantly less likely than me

250 s for all hospitalized acute care medical or surgical patients were used to calculate predicted morta

251 ups, each of approximately 19 000 ophthalmic surgical patients, were reviewed for postoperative infec

252 do not currently have the means to identify surgical patients who are at high risk for unplanned reh

253 E risk stratification may identify high risk surgical patients who benefit from peri-operative chemop

254 sk (from 0.7% to 10.7%) was identified among surgical patients who did not receive chemoprophylaxis,

255 n, we assembled a separate cohort of 341 350 surgical patients who had not undergone coronary revascu

256 elective lobar blockade provides in thoracic surgical patients who had previous contralateral lobecto

257 jective is to describe prediction models for surgical patients who have suspected obstructive sleep a

258 hrombocytopenia among critically ill medical-surgical patients who received dalteparin.

259 Numbers of surgical patients who received PRBC transfusion, estimat

260 Use of CCDSSs increases the proportion of surgical patients who were prescribed adequate prophylax

261 state-level variations in the proportion of surgical patients who were readmitted elsewhere.

262 Identifying high-risk surgical patients who will benefit from PCP integration

263 xpert opinion that identifies critically ill surgical patients who would benefit from palliative care

264 ted with a lower mortality risk, compared to surgical patients whose visual impairment persisted post

265 optimal care for critically ill and injured surgical patients will become more challenging with staf

266 Among surgical patients with 1 to 2, 3 to 18, 19 to 48, and mo

267 glucocorticoids (GCs) are routinely given to surgical patients with a history of GC exposure to preve

268 d donations) transfused into a population of surgical patients with a pretransfusion B19V IgG seropre

269 us renal replacement therapy is valuable for surgical patients with an acute and correctable indicati

270 illness and mortality were more frequent in surgical patients with baroreflex dysfunction (relative

271 ve VTE chemoprophylaxis was only found among surgical patients with Caprini scores >/=7.

272 re to rescue (FTR), the mortality rate among surgical patients with complications, is an emerging qua

273 n the assessment, evolution, and outcomes of surgical patients with congenital heart disease.

274 nosis of heparin-induced thrombocytopenia in surgical patients with critical illness.

275 A retrospective medical records review of surgical patients with groin and pelvic pain, 2008-2013,

276 ases (sepsis patients) and 31 controls (post-surgical patients with infection-negative systemic infla

277 For non-ICU surgical patients with length of stay 7 days or less (97

278 of benefit in a wide variety of medical and surgical patients with liver injury.

279 nalysis of outcomes and efficacy compared 42 surgical patients with LVSD to 2588 without known LVSD.

280 For surgical patients with moderate regurgitation, the benef

281 In 39 high-risk surgical patients with moderate to severe functional mit

282 I: 1.93-3.34) to 3.69 (95% CI: 2.25-6.03) in surgical patients with preoperative hospitalization or e

283 ts, including endothelial damage, in cardiac surgical patients with prolonged CPB duration.

284 Surgical patients with schizophrenia showed significantl

285 When compared with surgical patients with schizophrenia-related outpatient

286 ay postoperative outcomes of consecutive IBD surgical patients with serum drawn within 7 days preoper

287 ent (TAVR) is an option in certain high-risk surgical patients with severe aortic valve stenosis.

288 chambers and 50 clinical parameters from 30 surgical patients with severe mitral dysfunction.

289 f intraoperative blood transfusion for older surgical patients with significant blood loss varied fro

290 Sloan Kettering Cancer Center risk-stratify surgical patients with solid tumors, ages 75 years and o

291 We compared clinical outcomes in adolescent surgical patients with those of matched adolescent contr

292 Veterans Affairs hospital of all noncardiac surgical patients with ward-acquired postoperative pneum

293 onal deficiencies in obese and postbariatric surgical patients, with a special focus on bone health.

294 Among the surgical patients, within subject comparison of atrial c

295 the years 2004 and 2007 compared with 35,868 surgical patients without mental disorders.

296 adjusted OR = 2.70; 95% CI: 2.08-3.49), than surgical patients without mental disorders.

297 This target should be adopted in surgical patients without significant kidney injury risk

298 Each patient with stent was matched with 2 surgical patients without stent on surgical characterist

299 therapy (goal-directed therapy) in high-risk surgical patients would reduce postoperative morbidity,

300 fusion can be a lifesaving treatment for the surgical patient, yet transfusion-related immunomodulati