ライフサイエンスコーパス: resource utilization

1 em ("unnecessary, excessive, and inefficient resource utilization").

2 setting, avoiding unnecessary exposures and resource utilization.

3 associated with significant improvements in resource utilization.

4 characteristics, postoperative outcomes, and resource utilization.

5 ficant morbidity, mortality, and health care resource utilization.

6 assessments of medical illnesses as well as resource utilization.

7 sts were calculated for all-cause healthcare resource utilization.

8 variation with implications for outcomes and resource utilization.

9 med to evaluate differences in mortality and resource utilization.

10 C and sepsis are predictors of mortality and resource utilization.

11 f cardiopulmonary resuscitation, and greater resource utilization.

12 ansmission and propagation, and (6) hospital resource utilization.

13 Thirty-day mortality and costs reflecting resource utilization.

14 ling a first-principles approach to optimize resource utilization.

15 ainty, diagnostic ability, and treatment and resource utilization.

16 d attributable to intrinsic growth rates and resource utilization.

17 ten requires the evolution of differences in resource utilization.

18 he impact of standardization on outcomes and resource utilization.

19 ely to suffer cardiac arrest and inefficient resource utilization.

20 ic bypass (LRYGB) should be 1 day to improve resource utilization.

21 mon driver of both in hospital mortality and resource utilization.

22 evaluation of chest pain reduces healthcare resource utilization.

23 h pretransplantation and posttransplantation resource utilization.

24 1 (during the Tc-99m shortage) on downstream resource utilization.

25 iagnostic accuracy, clinical management, and resource utilization.

26 o face significant morbidity, mortality, and resource utilization.

27 ion in HF may optimize clinical outcomes and resource utilization.

28 vent rates, recidivism rates, and downstream resource utilization.

29 rea of health costs, cost-effectiveness, and resource utilization.

30 uch as safety, waste management, and uranium resource utilization.

31 r greater competitive ability and more rapid resource utilization.

32 th improved decision-making quality and less resource utilization.

33 ch may improve pediatric intensive care unit resource utilization.

34 groups for differences in downstream medical resource utilization.

35 lacement, pneumothorax, death, and radiology resource utilization.

36 cute care facilities or about the associated resource utilization.

37 are-management strategy on medical costs and resource utilization.

38 ance to this subset of patients may optimize resource utilization.

39 are needed to limit their impact on overall resource utilization.

40 alleviated by the inclusion of tradeoffs in resource utilization.

41 consequence and does not result in increased resource utilization.

42 ghted Hospital Days scale (WHD-94) to assess resource utilization.

43 intervention studies to reduce their greater resource utilization.

44 (MPM0-III) but not the model for predicting resource utilization.

45 t rGNR infections are associated with higher resource utilization.

46 -CPB renal injury on operational outcome and resource utilization.

47 of monitoring strategies, and critical care resource utilization.

48 e impact of obesity on surgical practice and resource utilization.

49 implications for health policy and surgical resource utilization.

50 ndividual cases and the efficiency of health resource utilization.

51 le in balancing photosynthetic activity with resource utilization.

52 l of enhancing patient care while optimizing resource utilization.

53 y outcomes included 30-day complications and resource utilization.

54 of postoperative outcomes and post-discharge resource utilization.

55 ity of illness are associated with increased resource utilization.

56 er DDLT including superior outcomes and less resource utilization.

57 as recovery times, complications, costs, and resource utilization.

58 ith higher in-hospital mortality and greater resource utilization.

59 ospheric water which is relevant for in-situ-resource utilization.

60 inimize radiation exposure and optimize cost/resource utilization.

61 and have contributed to enhanced health-care resource utilization.

62 Adopting a two-tier approach improves resource utilization.

63 iated with decreased mortality and lower ICU resource utilization.

64 lower quality of life, higher mortality, and resource utilization.

65 ell as decreased ICU and post-ICU healthcare resource utilization.

66 families regarding goals of care and optimal resource utilization.

67 Among 4,074 ICU survivors, 45% had increased resource utilization.

68 in-hospital mortality, temporal trends, and resource utilization.

69 ocedural costs were estimated using measured resource utilization.

70 act of this practice on patient outcomes and resource utilization.

71 rcutaneous LVAD), in-hospital mortality, and resource utilization.

72 No change in care plan concordance or resource utilization.

73 e strategy for global warming mitigation and resource utilization.

74 egies to provide quality care while reducing resource utilization.

75 gnificant mortality and increased healthcare resource utilization.

76 oviders and contribute to inefficient health resource utilization.

77 ts on postoperative complications and health resource utilization.

78 possible aspect of complete Martian in-situ resource utilization.

79 ner satisfaction, care plan concordance, and resource utilization.

80 ral and immunosuppressive complications, and resources utilization.

81 -luminal fecalith] on complication rates and resource utilization after controlling for patient and h

82 tially modifiable factors affect measures of resource utilization after hepatectomy.

83 ssociated with a change in mortality rate or resource utilization, although small nonsignificant tren

84 Resource utilization analysis revealed that both minimal

85 tients that can improve outcomes, and reduce resource utilization and adverse events.

86 A goal of this pragmatic design is to limit resource utilization and also to test an intervention th

87 Clinically significant decreases in resource utilization and an increase in same-admission p

88 In an effort to maximize resource utilization and contain costs, immediate postop

89 We collected detailed resource utilization and cost data for each patient's in

90 Detailed resource utilization and cost data were collected for ea

91 We prospectively measured medical resource utilization and cost for 801 patients undergoin

92 This results in increased resource utilization and cost of care without appreciabl

93 od group incompatible despite the additional resource utilization and cost of therapy.

94 These protocols lead to an increase in resource utilization and cost of transplantation and may

95 over time associated with increases in LOS, resource utilization and cost.

96 Healthcare resource utilization and costs are substantially higher

97 Limited data exist on the medical resource utilization and costs during the final stages o

98 Resource utilization and costs during the index hospital

99 This study aims to describe the healthcare resource utilization and costs of managing renal posttra

100 We compared ophthalmic resource utilization and costs over 2 years of follow-up

101 All-cause medical and pharmacy resource utilization and costs were computed over the 12

102 Using Premier data (2008-2012), ICU resource utilization and costs were tracked over a 1-yea

103 e respiratory distress syndrome and hospital resource utilization and discharge disposition among sur

104 has been proposed as a mechanism to decrease resource utilization and expenditures.

105 tor-led team debriefing, which could improve resource utilization and feasibility of team-based simul

106 Readmitted patients have a greater resource utilization and have lower survival rates.

107 Our analysis aids in defining apheresis resource utilization and helps in risk stratification of

108 lights the molecular underpinnings of diatom resource utilization and how cooccurring diatoms adjust

109 source of variability in intensive care unit resource utilization and if accurately predicted and com

110 ment and patients who receive it could guide resource utilization and improve treatment initiation an

111 ertainable, and powerful predictor of excess resource utilization and inferior outcome.

112 ether there are racial/ethnic differences in resource utilization and inpatient mortality in patients

113 ent is not achieved at the cost of increased resource utilization and is associated with an increased

114 ealth care resources and minimal feedback on resource utilization and its effect on the cost of care.

115 Despite apparently similar health resource utilization and joint involvement, Medicaid sta

116 asons for offer decline may help to optimize resource utilization and maximize transplant opportuniti

117 h effects similar to those of usual care for resource utilization and may improve physiologic goal at

118 ssociated with increased intensive care unit resource utilization and mortality.

119 as prolonged mechanical ventilation patient resource utilization and overall in-hospital mortality.

120 dmissions to an ICU are associated with high resource utilization and personal cost to the patient.

121 f this tool may decrease rapid response team resource utilization and provide a better opportunity to

122 zing quality improvement efforts to optimize resource utilization and radiation stewardship.

123 while simultaneously sustaining appropriate resource utilization and reducing unnecessary healthcare

124 e prolonged mechanical ventilation have high resource utilization and relatively poor outcomes, espec

125 a medication treatment; and (2) estimate the resource utilization and short-term costs associated wit

126 olders conduct risk evaluation and to inform resource utilization and strategic decision-making.

127 es, excessive evaluation might lead to undue resource utilization and surgical delay.

128 n development as well as optimized microbial resource utilization and survival in a fluctuating, freq

129 mpact of an ICU admission on an individual's resource utilization and survivorship trajectory in the

130 Because of this disproportionate resource utilization and the shifting U.S. demographics,

131 Frail patients had increased ICU resource utilization and total costs.

132 illness after sepsis exhibit high healthcare resource utilization and ultimately suffer dismal long-t

133 Healthcare resource utilization and utility scores were obtained fr

134 eived burden and quality of life, healthcare resources utilization and costs, surgical referral rate,

135 , health-related quality of life, healthcare resource utilization, and associated costs.

136 patient and hospitalization characteristics, resource utilization, and associated outcomes, among mod

137 It is important to compare outcomes, study resource utilization, and attempt to risk stratify patie

138 al allografts with respect to complications, resource utilization, and cost from day -14 to 90 days a

139 rge to long-term care, hospital readmission, resource utilization, and costs.

140 alth status, depression, medications, health resource utilization, and current employment status.

141 tion of evidence-based therapies, healthcare resource utilization, and expenditures among those with

142 ents of interest, patient-reported outcomes, resource utilization, and experience of care.

143 d with higher in-hospital mortality, greater resource utilization, and fewer discharges to home.

144 gher incidence of cardiac arrest, had higher resource utilization, and had higher proportion of patie

145 ng, site of death, health care satisfaction, resource utilization, and health care expenditures.

146 erial pH, serum electrolytes, fluid balance, resource utilization, and in-hospital mortality.

147 potential to improve conditioning, decrease resource utilization, and lead to better outcomes in pat

148 erial biomarker profiles, clinical outcomes, resource utilization, and long-term physical performance

149 inistered, 24-hour urine output, measures of resource utilization, and mortality did not significantl

150 verity score, head abbreviated injury scale, resource utilization, and mortality than unhelmeted pati

151 ed demographics, markers of injury severity, resource utilization, and outcome.

152 ght to evaluate the 15-year national trends, resource utilization, and outcomes of single and multipl

153 sociations among location of onset of STEMI, resource utilization, and outcomes.

154 Secondary outcomes included length of stay, resource utilization, and patient experience.

155 visualization and impacts cardiac diagnosis, resource utilization, and patient management.

156 ly to be reasonable by current standards for resource utilization, and that either colonoscopy every

157 Significant variation exists in practice, resource utilization, and treatment-related cost associa

158 Costs were based on resource utilization, and utilities were based on visual

159 c Core Scale scores (P < 0.05), while health resource utilization appeared similar between groups.

160 o donors or recipients, but also health-care resource utilization as the intensity of cases in certai

161 insights allow for more effective healthcare resource utilization, as defined from patient, healthcar

162 e population undergoing surgical evaluation, resource utilization, as reflected by operative interven

163 depression, cognitive function, health care resource utilization, as well as blood and urine specime

164 these factors can affect waitlist mortality, resource utilization, as well as posttransplant complica

165 nfarction identified justifies the increased resource utilization associated with coronary CTA.

166 dy data on safety and efficacy as well as on resource utilization associated with each adverse drug r

167 d operative efficiencies may further improve resource utilization associated with laparoscopic colect

168 king of CRRT deliverables and reduced filter resource utilization at our institution.

169 x (BMI) (in kilograms per square meter), and resource utilization band (RUB) (a measure of expected h

170 rocedures imposes a significant clinical and resource utilization burden in the United States.

171 Furthermore, the patterns of resource utilization by patient risk differed significan

172 diatoms, indicating apparent differences in resource utilization capacity that may prevent direct co

173 e of stroke, anatomic durability of CEA, and resource utilization changes during the study.

174 Use of peer management through a resource utilization committee (RUC) to favorably modify

175 ous disease specialists decreases healthcare resource utilization compared with delayed referrals.

176 ive laparotomy, subsequent surgical details, resource utilization, complications, and mortality.

177 ision analysis was used to estimate expected resource utilization costs of three alternative implanta

178 Post hoc analysis of efficacy, safety, and resource utilization data at 1-year follow-up from the D

179 Methods Detailed healthcare resource utilization data from ENGAGE AF-TIMI 48 for the

180 condary analysis using efficacy, safety, and resource utilization data through 2 years of follow-up a

181 on, illness severity, organ dysfunction, and resource utilization data were collected daily during PI

182 Illness severity, organ dysfunction, and resource utilization data were collected during PICU adm

183 Resource utilization data were collected prospectively t

184 Systematically collecting healthcare-resource utilization data will be important for cost-eff

185 Economic models based on measures of resource utilization derived from RCTs have provided FN

186 ce = 0.0253 days, 95% CI: 0.0225-0.0282) and resource utilization determined by costs per day were gr

187 cit codes; age, illness severity scores, and resource utilization did not differ between groups.

188 Resource utilization diminished (first versus last 2-yea

189 We show that differential resource utilization during competition for mixtures of

190 tion must be improved by high yield and high resource utilization efficiency (HYHE).

191 Improving resource utilization efficiency and reshaping the embodi

192 che complementarity), but a lack of study on resource utilization efficiency, a link between resource

193 measures: statin and ASA use, (3) healthcare resource utilization: emergency room visits and hospital

194 llected data on all clinical and health care resource utilization endpoints through this follow-up pe

195 -dependent tradeoff between reproduction and resource utilization entails an inherent resonance that

196 th high mortality, morbidity, and healthcare resource utilization especially among older patients.

197 ease translational efficiency and streamline resource utilization, especially in an academic setting.

198 ) production rate of the Mars Oxygen In Situ Resource Utilization Experiment (MOXIE) from NASA's Mars

199 ity, guild structure, resource partitioning, resource utilization, facultative niche exploitation, ex

200 We assessed trends in inpatient resource utilization for children with NI with a Mantel-

201 s than intravenous diuretics, reduces 90-day resource utilization for HF, and is an effective alterna

202 a significant number of EGD, thus improving resource utilization for HIV-related compensated advance

203 ng algorithms and can do this with practical resource utilization for large scale networks that exist

204 Defining the cost-effectiveness of increased resource utilization for novel antiviral therapies and l

205 The aim of this study was to evaluate resource utilization for patients admitted to the U.S. h

206 a significant number of EGDs, thus improving resource utilization for PLWH with compensated advanced

207 no-scan group, balanced by lower and higher resource utilization for subjects with normal CAC scans

208 Conventional applications of resource utilization functions (RUFs) suggest that estim

209 sease, CMV DNAemia, death, other infections, resource utilization, ganciclovir resistance, quality of

210 searchers are often seeking ways to maximize resource utilization given a set of SNP-based gene-mappi

211 is treatment on adverse outcomes, healthcare resource utilization (HCRU), and healthcare costs are un

212 ction has a significant long-term healthcare-resource utilization impact across gestational ages for

213 nd sustainability; and to understand related resource utilization implications to inform policymakers

214 ificant percentage of patients has important resource utilization implications.

215 d its associated mortality and critical care resource utilization in a large, state-wide population-b

216 re, timeliness of referral and consultation, resource utilization in clinical practice, comparative e

217 epresent a potential target for reduction of resource utilization in higher use institutions.

218 taffing to improve both patient outcomes and resource utilization in intensive care units (ICUs).

219 s associated with improved outcomes and less resource utilization in mixed medical and surgical ICUs.

220 ill patients, but its impact on outcomes and resource utilization in older patients with suspected in

221 ing strategies but also clinical benefit and resource utilization in order to identify optimal platel

222 ed to improve outcomes and/or reduce medical resource utilization in patients with heart failure, dia

223 isproportionate burden of revisit-associated resource utilization in pediatric surgery.

224 dels may improve patient outcomes and health resource utilization in specialized cardiac surgical ICU

225 ty, and substantially changes management and resource utilization in the emergency department.

226 (CRF) profile on healthcare expenditure and resource utilization in the United States among those wi

227 d work/school days lost; reducing healthcare resource utilizations, in particular hospitalizations, h

228 Unintended effects on resource utilization include effects on costs, as well a

229 n ICU admission is associated with increased resource utilization including hospital readmissions, wi

230 We analyzed differences in early mortality, resource utilization including intensive care unit (ICU)

231 also independently associated with increased resource utilization, including longer cumulative length

232 In addition, these patients had greater resource utilization, increased postoperative complicati

233 Healthcare resource utilization is increased in patients sustaining

234 This resource utilization is shown to reduce the public goods

235 ect of diabetes on cardiovascular health and resource utilization is sobering.

236 and clopidogrel copayments on cardiovascular resource utilization, major coronary events, and insurer

237 group mortality risk (p < 0.001), and lower resource utilization measures compared with those withou

238 Resource utilization measures included rates of postoper

239 Resource utilization measures were inflation-adjusted co

240 poral distribution of bacteria was used in a resource utilization model to map the conditions under w

241 Our study aimed to detail medical resource utilization (MRU) and related direct cost for P

242 rity and location, type of intervention, and resource utilization, nephrologists and surgeons had 59%

243 m measures designed to capture all unplanned resource utilization, not just those to index hospitals,

244 ut the incidence, prevalence, mortality, and resource utilization of digestive and liver diseases in

245 has been a paucity of data on the healthcare resource utilization of infectious disease-related compl

246 rges per patient fell over time, the overall resource utilization of prolonged mechanical ventilation

247 study was designed to assess the effects on resource utilization of routine coronary computed tomogr

248 res, and guide allotment of limited clinical resources, utilization of preventive interventions, and

249 outpatient vs office-based laboratory), and resource utilization (operating room use, anesthesia use

250 erms of clinical, quality of life and health resource utilization outcomes.

251 did not significantly differ in outcomes or resource utilization over 40 months.

252 posal based on MDRI architecture in terms of resource utilization, path blocking probability, network

253 cesses of care among patients with increased resource utilization post-TAVR as compared with pre-TAVR

254 luate the effect of quetiapine on mortality, resource utilization, post-intensive care unit cognition

255 evolution based on global transcription and resource utilization profiles, with L seeming to encroac

256 ng cancers) and symptoms, along with data on resource utilization, quality of life, impairments to wo

257 hysician and emergency department healthcare-resource utilization rates were assessed.

258 stics, posttransplant events, and healthcare resource utilization related to these posttransplant eve

259 purpose of this investigation is to measure resource utilization required for procurement of transpl

260 djusted, composite VLBW infant morbidity and resource utilization score.

261 calculate their own composite morbidity and resource utilization scores that estimate NICU CQI profi

262 Both technique and resource utilization should be considered when choosing

263 rehensive management strategy for subsurface resource utilization should be developed.

264 Resource utilization similarly escalated by grade.

265 plicative rather than an additive effect for resource utilization since these measures were highly sk

266 racteristics, we observed different hospital resource utilization; some values differed greatly, with

267 ies seen in the SICU and impacts measures of resource utilization such as length of stay and duration

268 Hospital-acquired severe sepsis had greater resource utilization than both healthcare-associated sev

269 as associated with both higher mortality and resource utilization than community-acquired severe seps

270 d "rationing" to describe all limitations on resource utilization that result from human choice, the

271 on the impact of fluconazole prophylaxis on resource utilization, the distribution of non-albicans s

272 s an important determinant of posttransplant resource utilization; therefore, standardized measuremen

273 growing health care costs can improve their resource utilization through peer management of testing

274 orts-related ocular trauma may be useful for resource utilization, training, and prevention efforts.

275 nts and health care workers; and 3) to limit resource utilization under conditions of constraint.

276 ltered cell survival, perhaps by redirecting resource utilization under nutrient-limiting conditions.

277 (ESRD) after liver transplantation (LT) and resource utilization using a data linkage between the Sc

278 PICU resource utilization varied by immunocompromised diagnos

279 Health care resource utilization was estimated based on the number o

280 One-year resource utilization was slightly lower among alemtuzuma

281 tus, comorbidities, medications, and medical resource utilization) was applied to estimate the hazard

282 ip, communication, contingency planning, and resource utilization were addressed by the nontechnical

283 rm and stroke free survival, restenosis, and resource utilization were analyzed by univariate and mul

284 l organ failure on in-hospital mortality and resource utilization were assessed.

285 erative complications, major infections, and resource utilization were comparable between groups.

286 Outcomes and resource utilization were compared with other common ind

287 tion alone; however, the bleeding events and resource utilization were higher in the CDT group.

288 Overall, surgery-related complications and resource utilization were increased in the ABO-incompati

289 ugh small nonsignificant trends toward lower resource utilization were present in the PAC group.

290 At baseline, medical costs and resource utilization were similar in the two groups.

291 of cost-effective pathways to lower overall resource utilization while improving outcomes in CABG pa

292 allozyme polymorphisms through differential resource utilization will be sporadic and ephemeral in r

293 epwise increase in in-hospital mortality and resource utilization with each additional organ failure.

294 We estimated clinical outcomes and resource utilization with no FQ-DST, universal FQ-DST, o

295 We estimated clinical outcomes and resource utilization with no FQ-DST, universal use of FQ

296 group involving greatly expanded energy and resource utilization, with consequent influence on globa

297 lymphoma, death or melanoma, and healthcare resource utilization within 1 year.

298 nt example of opportunities to reduce excess resource utilization within the ICU.

299 formity of care and significant reduction of resource utilization without adverse sequelae.

300 sociated with reduced hospital mortality and resource utilization without changes in readmission rate