ライフサイエンスコーパス: long-term care

1 to provide appropriate patient screening and long-term care.

2 , concurrent palliative care, and home-based long-term care.

3 dementia, nursing home, assisted living and long-term care.

4 opic medication use in dementia residents in long-term care.

5 Ontario Ministry of Health and Long-Term Care.

6 Research and Ontario Ministry of Health and Long-Term Care.

7 es are important areas for future studies in long-term care.

8 mportant for cost-effectiveness analyses and long-term care.

9 differs from its effect on expenditures for long-term care.

10 l influenza infection of elderly patients in long-term care.

11 mortality, and greater need for specialized long-term care.

12 th care visits are used primarily to provide long-term care.

13 lar disease to modify both perioperative and long-term care.

14 demands new approaches to post-discharge and long-term care.

15 bility at discharge, with 19 (13.3%) sent to long-term care.

16 Fund and the Ontario Ministry of Health and Long-Term Care.

17 e groups, as well as significantly financing long-term care.

18 alth sequelae is essential for guiding their long-term care.

19 59 Dutch nursing home wards for long-term care.

20 cile incidence and risk factors in acute and long-term care.

21 fferences in CDI incidence between acute and long-term care.

22 reactive encounters, to proactive, planned, long-term care.

23 logical interventions (videoconferencing) in long-term care (-1.40; 95% CI, -2.37 to -0.44; I2 = 70%)

24 e care (38 [37%]), mixed care (25 [24%]), or long-term care (22 [21%]) settings.

25 discharge to facilities for intermediate- or long-term care (69 percent, 39 percent, and 10 percent ;

26 common treatment program (81%), followed by long-term care (71%).

27 associated with readmission: admission from long-term care (adjusted odds ratio [AOR], 2.2 [95% CI,

28 iated with higher likelihood of discharge to long-term care (adjusted odds ratio, 2.06 [95% CI, 1.50-

29 uality is needed, as is research on managing long-term care among elderly and disabled Medicaid recip

30 y admitted patients should be able to access long-term care and assistance.

31 Their rates of long-term care and homecare use were 56 and 59% higher,

32 studies are needed in other settings such as long-term care and pediatrics.

33 ncluding acute and critical care management, long-term care and rehabilitation.

34 For long-term care and spinal cord injury patients, the sens

35 ical practice, which can potentially enhance long-term care and treatment planning for psychiatric pa

36 Research, the Ontario Ministry of Health and Long Term Care, and the Government of Alberta.

37 lth Research, Ontario Ministry of Health and Long Term Care, and the Government of Alberta.

38 aging performed on 35 patients from hospice, long-term care, and community health care facilities nea

39 potential impact on life, disability income, long-term care, and critical illness insurance.

40 missions and discharges, improved systems of long-term care, and new work and pension arrangements.

41 f sensitivity, specificity, costs of PET and long-term care, and varying approaches to the use of str

42 options to improve the robustness of health, long-term care, and welfare systems in Europe and to hel

43 ing of European populations presents health, long-term care, and welfare systems with new challenges.

44 rence to secondary prevention strategies and long-term care are inadequate.

45 ttributable infection) was 3 times higher in long-term care as compared to acute care (median, 52.3 v

46 C. difficile cases was a greater concern for long-term care as compared to importation of long-term c

47 cile cases (acute care: patients with recent long-term care attributable infection; long-term care: r

48 ly less attention to cost-saving mechanisms, long-term care benefits, and changes in Medicare and Med

49 Unit and the Ontario Ministry of Health and Long-Term Care; Boehringer Ingelheim; Department of Mana

50 65 years may result in greater spending for long-term care, but the increase in the number of elderl

51 Long-term care C difficile incidence (minimum, 0.6 case

52 utcome was defined as a positive result on a long-term care C difficile test without a positive resul

53 long-term care as compared to importation of long-term care cases for acute care.

54 e complications of surgical implantation and long-term care challenges, particularly complicating inf

55 primary and potential revision surgeries and long-term care costs associated with the functionally de

56 isability than from mortality, and for which long-term care costs outweigh health expenditure.

57 care's Nursing Home Compare and a university long-term care database to compare census, admissions, d

58 Making a good long-term care decision requires information and structu

59 experiences and on how these caregivers made long-term care decisions on behalf of their loved ones.

60 NDING SOURCE: Ontario Ministry of Health and Long-Term Care Drug Innovation Fund.

61 Informed by international long-term care experiences, we offer policy recommendati

62 ices, etc., with the highest proportion from long-term care facilities (46.6%) and hospitals (27.7%).

63 care hospitals (ACHs) and intermediate- and long-term care facilities (ILTCFs), the transmission dyn

64 total of 2,475 outbreaks (62.5%) occurred in long-term care facilities (LTCF), 389 (9.8%) in restaura

65 cause of healthcare-associated infections in long-term care facilities (LTCF).

66 gher in acute care facilities (ACFs) than in long-term care facilities (LTCFs) (10/152 [6.6%] vs. 30/

67 Long-term care facilities (LTCFs) are a major reservoir

68 In the Unites States, long-term care facilities (LTCFs) are the most common se

69 nting effective antimicrobial stewardship in long-term care facilities (LTCFs) is associated with cha

70 pecific risk factors for MRSA acquisition in long-term care facilities (LTCFs).

71 ause of health care-associated infections in long-term care facilities (LTCFs).

72 nificant healthcare threat in both acute and long-term care facilities (LTCFs).

73 d urinary tract infection (UTI) is common in long-term care facilities (LTCFs).

74 Natives (RR 3.6; 95% CI, 3.4-3.9), those in long-term care facilities (RR 2.3; 95% CI, 2.2-2.3), and

75 Long-term care facilities added 1,524 ties between the a

76 admitted from home, fewer were discharged to long-term care facilities among the post-GTCS group (6.5

77 This study demonstrates the extent to which long-term care facilities are connected to the acute car

78 Long-term care facilities are high-risk settings for sev

79 tridium difficile incidence across acute and long-term care facilities are poorly understood.

80 d account for patient sharing with and among long-term care facilities as well as those among acute c

81 ity system of nurses and care workers in the long-term care facilities consisted of the subject (nurs

82 Long-term care facilities differ in case mix.

83 how that over the course of a year, 66 of 72 long-term care facilities directly sent and 67 directly

84 t for IC improvements in Illinois acute- and long-term care facilities during August 2016-December 20

85 Many elderly female residents of long-term care facilities have osteoporosis and could be

86 d observational studies from communities and long-term care facilities have shown serial collection p

87 ontinence status can reflect care quality in long-term care facilities if patient level factors are a

88 Long-term care facilities in Belgium, England, Finland,

89 Long-term care facilities in counties in the Southern an

90 , 2012, to December 31, 2015, at 3 pediatric long-term care facilities in New York.

91 -resistant enterococci at the acute care and long-term care facilities in the Siouxland region.

92 Across 75 414 patient admissions from 74 long-term care facilities in the United States, the over

93 Across 75,414 patient admissions from 74 long-term care facilities in the United States, the over

94 spitalizations that resulted in transfers to long-term care facilities increased, and in-hospital mor

95 dren, and adolescents cared for at pediatric long-term care facilities is increasing in complexity an

96 least 3 days in one of 131 acute care or 120 long-term care facilities managed by the United States V

97 ase in discharge of tracheostomy patients to long-term care facilities may have significant implicati

98 Patients with chronic medical care needs in long-term care facilities may play an important role in

99 n of patient transfers to, from, and between long-term care facilities on the network of acute care f

100 Most of the long-term care facilities screened for vancomycin-resist

101 ating Covid-19 outbreaks, proactive steps by long-term care facilities to identify and exclude potent

102 of pressure ulcer development at individual long-term care facilities varied from 1.9% to 6.3%, and

103 ing kidney function, and discharge to short-/long-term care facilities were analyzed.

104 Many long-term care facilities were connected by patient tran

105 nts, aged 65-100 years (mean 84.2), in 33 UK long-term care facilities were enrolled between April 20

106 stemic immune response against norovirus, 43 long-term care facilities were enrolled prospectively in

107 As of March 18, a total of 30 long-term care facilities with at least one confirmed ca

108 ortage of skilled nursing staff has hindered long-term care facilities' ability to provide necessary

109 etts population (excluding those residing in long-term care facilities).

110 stitutions, juvenile facilities, orphanages, long-term care facilities).

111 Among 84 isolates from long-term care facilities, 2 instances of highly related

112 ing hospitalization, 32% were transferred to long-term care facilities, and 38% were discharged home.

113 ing hospitalization, 32% were transferred to long-term care facilities, and 38% were discharged home.

114 ncreased length of stay, discharge to short-/long-term care facilities, and development of cardio-ren

115 (iii) How do transmission in the community, long-term care facilities, and hospitals interact to det

116 for care will greatly affect nursing homes, long-term care facilities, and long-term acute-care hosp

117 or WNV disease, 30% to 40% are discharged to long-term care facilities, and more than 50% have long-t

118 ngs, including outpatient clinics, acute and long-term care facilities, and private homes.

119 ARB to others as they move among hospitals, long-term care facilities, and the community.

120 Data were gathered from acute and long-term care facilities, and ward-based mandatory guid

121 length of stay, rate of discharge to short-/long-term care facilities, and worsening kidney function

122 fections diagnosed in residents of pediatric long-term care facilities, calculate infection rates, an

123 mber of outbreaks due to influenza A/H3N2 at long-term care facilities, including higher-than-expecte

124 tigated are costs of increased discharges to long-term care facilities, of CDI with onset in long-ter

125 g-term care facilities, of CDI with onset in long-term care facilities, of recurrent CDI, and of addi

126 wenty-eight of the studies (93%) were set in long-term care facilities, one in a psychogeriatric unit

127 physicians, hospitalizations, admissions to long-term care facilities, or mortality.

128 sks of contracting COVID-19 in hospitals and long-term care facilities, particularly for vulnerable g

129 the pandemic and shaping its spread, such as long-term care facilities, prisons, meat-packing plants,

130 linics, 6 in hemodialysis centers, and 15 in long-term care facilities, resulting in 448 persons acqu

131 At both acute care and long-term care facilities, the risk factors for coloniza

132 , prisoners, military recruits, residents of long-term care facilities, those with prior MRSA exposur

133 entia and 95 professionals from more than 85 long-term care facilities, were selected, and classified

134 with epidemics of diarrhea in hospitals and long-term care facilities.

135 that this training program be implemented in long-term care facilities.

136 rly subjects, particularly those residing in long-term care facilities.

137 ents may decrease delirium and discharges to long-term care facilities.

138 and 67 directly received patients from other long-term care facilities.

139 is immediate network to include sharing with long-term care facilities.

140 solation, falls, fractures, and admission to long-term care facilities.

141 One fourth of US deaths take place in long-term care facilities.

142 spine and hip in elderly female residents of long-term care facilities.

143 the majority of their days in acute care or long-term care facilities.

144 hospitalization, and use of intermediate- or long-term care facilities.

145 ventilation in both acute care hospitals and long-term care facilities.

146 Almost half (42.2%) of outbreaks occurred in long-term care facilities.

147 Despite vaccination, residents of long-term-care facilities (LTCFs) remain at high risk of

148 bacterium commonly found in health care and long-term-care facilities and is the most common cause o

149 drug use (2.08 [1.59-2.72]), residence in a long-term care facility (1.78 [1.29-2.45]), and the autu

150 commonly hospice/death (12%) or nursing home/long-term care facility (6%).

151 s reported that their parent was living in a long-term care facility (father [n=8], mother [n=15], bo

152 with dialysis, hospitalization, surgery, or long-term care facility (LTCF) residence within 1 year p

153 An estimated half of all long-term care facility (LTCF) residents are colonized w

154 coli gastrointestinal tract colonization in long-term care facility (LTCF) residents.

155 attributable to stays in an intermediate- or long-term care facility (mean [SD], 2.65 [6.44] days) or

156 re from a sample of residents of an academic long-term care facility (n = 186, 75% female, mean age 8

157 The comparisons for depression and long-term care facility admission were between beneficia

158 , and between the activity system within the long-term care facility and the pharmacists' work activi

159 A total of 180 patients were placed in a long-term care facility during the 18-month follow-up pe

160 ) less likely on average to be admitted to a long-term care facility during the follow-up period.

161 anti-VEGF therapy and were not admitted to a long-term care facility during the look-back period were

162 rriage and CPIs recorded simultaneously in a long-term care facility for 4 months in 329 patients and

163 ory syndrome coronavirus 2 (SARS-CoV-2) at a long-term care facility in Los Angeles County was, month

164 from an outside hospital and residence in a long-term care facility in the past year were associated

165 Placing a relative with dementia into a long-term care facility is common among caregivers.

166 t, and location of death (inpatient hospice; long-term care facility or skilled nursing facility; acu

167 The extent of long-term care facility patient sharing on the acute car

168 nicity, country of birth, calendar year, and long-term care facility residence were calculated using

169 pulmonary disease, immunocompromised status, long-term care facility residence, medical insurance, so

170 pitalizations among short-stay and long-stay long-term care facility residents in the United States.

171 g older persons, especially men, non-whites, long-term care facility residents, and foreign-born pers

172 with pneumonia development were residence in long-term care facility, healthcare-associated acquisiti

173 tal or arrival hypotension, admission from a long-term care facility, mode of arrival, weekend or nig

174 chanical ventilation and treated at a single long-term care facility, unassisted breathing through a

175 He was then transferred to a long-term care facility, where he developed increasing c

176 or blindness, depression, and admission to a long-term care facility.

177 nced the decision to place the relative in a long-term care facility.

178 scertained to have died or to be living in a long-term care facility.

179 n invasive medical device, or residence in a long-term care facility.

180 vivors who were not currently in an acute or long-term care facility.

181 ecimens obtained from patients residing in a long-term-care facility (LTCF).

182 estigated a small outbreak of varicella in a long-term-care facility after a case of herpes zoster.

183 June-July 2006, a respiratory outbreak in a long-term-care facility was reported to the local health

184 renal failure, hemodialysis, residence in a long-term-care facility, long-term invasive devices, and

185 nity-onset disease, rather than hospital- or long-term-care facility-onset disease (76.9% vs. 19.4% v

186 Public long-term care financing is minimal and largely limited

187 China is piloting social insurance long-term care financing models and, concurrently, progr

188 s, treatment of associated acute events, and long-term care following disabling stroke were presented

189 embodies one of the most basic paradoxes of long-term care for older adults: those who have the most

190 d efficacious implementation of ARVs and for long-term care for people living with HIV and AIDS.

191 realistic and attainable goals in improving long-term care for teenage patients with this disease.

192 HD specialists and to reestablish continuing long-term care for their CHD.

193 ition is perceived by the key members in the long-term-care framework.

194 open globe injury, these patients can expect long-term care from comprehensive and subspecialty ophth

195 e estimated total expenditures for acute and long-term care from the age of 65 years until death and

196 ssion by the patient care team of short- and long-term care goals for individual patients.

197 s alpha coefficients for the CNAQ were 0.47 (long-term care group) and 0.72 (community-dwelling group

198 In the long-term care group, the CNAQ correlated with the AHSP

199 This "AHRQ Safety Program in Long-Term Care: HAIs/CAUTI" will emphasize professional

200 Elder abuse in long-term care has received considerable attention; howe

201 was more effective were more likely to be in long-term care, have more severe cognitive impairment, h

202 patients with dementia or those living in a long-term care home, patients with previous intracranial

203 mmunosuppressive conditions and residents of long-term care homes were excluded.

204 In addition, when a long-term care hospital increased one standard deviation

205 ntilation and renal replacement therapy in a long-term care hospital who had been treated in an exter

206 e clinical outcomes in persons admitted to a long-term care hospital.

207 iated with increased mortality, discharge to long-term care, hospital readmission, resource utilizati

208 or urostomy who were admitted to 534 Korean long-term care hospitals in April 2008.

209 With the rapid increase in the number of long-term care hospitals in Korea, care quality has beco

210 ntinence improvement from admission in urban long-term care hospitals were 1.28 times higher than rur

211 of continent status post-admission to Korean long-term care hospitals.

212 hospitals were 1.28 times higher than rural long-term care hospitals.

213 persons with diabetes, and those who were in long-term care in the past year were more likely to have

214 ions and the implications of each option for long-term care in the United States.

215 survivors may impact the overall quality of long-term care in this growing population.

216 at death increases, whereas expenditures for long-term care increase at an accelerated rate.

217 to 63%, whereas the number of discharges to long-term care increased from 9% to 15%; the correspondi

218 mptoms associated with recent admission to a long-term care institution.

219 Home care and long-term care institutions in eight European countries.

220 o drink oral supplements, and were living in long-term care institutions or receiving home care servi

221 iduals and families, and for the purchase of long-term care insurance.

222 for heart failure (HF) in older residents in long-term care is poorly understood and has not differen

223 that effective antimicrobial stewardship in long-term care is supported by incorporating multidiscip

224 The impact of contact precautions in long-term care is unknown.

225 The impact of Contact Precautions in long-term care is unknown.

226 s placed the integration of health care with long-term care (LTC) at the forefront of its policy agen

227 Antibiotic overuse in long-term care (LTC) is common, prompting calls for anti

228 Turnover of licensed nursing staff in long-term care (LTC) settings (e.g., nursing homes) is a

229 s of pain as well as its under-management in long-term care (LTC) settings, research is needed to exp

230 tic patients aged 0-18 years that were under long-term care management at the National Hospital Organ

231 e in acute care was 5 times that observed in long-term care (median, 15.6 vs 3.2 per 10000 person-day

232 ic use was greater in acute care compared to long-term care (median, 739 vs 513 per 1000 person-days)

233 iented toward the myriad health problems and long-term care needs of older people and have not suffic

234 Concern about long-term care needs resulted in preference for a nursin

235 Older people have greater health and long-term care needs than younger people, leading to inc

236 to identify these gaps and address patients' long-term care needs.

237 ne of the major remaining challenges for the long-term care of children who have had cataract surgery

238 factors that have been identified, acute and long-term care of individuals with this potentially life

239 ng of these risks could meaningfully improve long-term care of patients with DLBCL.

240 A multidisciplinary approach to the long-term care of these patients will allow early identi

241 necessitates a multidisciplinary approach to long-term care of these patients.

242 als and 4 observational studies conducted in long-term care or hospital settings.

243 etwork or the Ontario Ministry of Health and Long-Term Care or self-reporting as Ashkenazi Jewish was

244 me time days lost, 58% were to intermediate-/long-term care or skilled nursing facility stays (4.7 da

245 dration Recognition In our Elders; living in long-term care) or NU-AGE (Dietary Strategies for Health

246 er components of direct medical costs (e.g., long-term care, outpatient care, and pharmaceuticals) as

247 essarily extrapolated to the medium-term and long-term care pathway of the critically ill patient.

248 recent global outbreaks in hospitalized and long-term care patients with significant mortality.

249 As expected, adjusted rates of long-term care placement and hospitalization were higher

250 teristics are both important determinants of long-term care placement for patients with dementia.

251 21% of ambulatory care visits; filled 35% of long-term care places; and used 30% of homecare services

252 ections, particularly RTIs, in the pediatric long-term care population.

253 This requires strong relationships with long-term care providers, a characteristic strength of g

254 riation in regional C difficile incidence in long-term care remained unexplained after importation fr

255 y department visits, ambulatory care visits, long-term care residence places, and homecare made or us

256 oss-sectional measurement study conducted on long-term care residents and community-dwelling adults.

257 trial found that protein supplementation of long-term care residents improved wound healing compared

258 Elderly long-term care residents often exhibit a myriad of risk

259 Among recipients of home care and long-term care residents, regression modeling showed tha

260 weight loss in community-dwelling adults and long-term care residents.

261 ecent long-term care attributable infection; long-term care: residents with recent acute care attribu

262 Given the higher acute and long-term care service needs of the disabled elderly pop

263 , programmes for integrating health care and long-term care services in selected settings across the

264 ients were more likely to be discharged to a long-term care setting (56% vs 34%; p = 0.008) than to a

265 admitted cases resulted in a discharge to a long-term care setting.

266 pressure ulcers in adults in U.S. acute and long-term care settings and that reported pressure ulcer

267 pt that guides the care philosophy change in long-term care settings from a traditional medical model

268 Antibiotic overprescribing in long-term care settings is driven by prescriber preferen

269 Current person-centered practice in long-term care settings is guided by multiple person-cen

270 In long-term care settings, treatment is generally more cha

271 ions or indwelling devices, and discharge to long-term care settings.

272 on-centered care has been widely promoted in long-term care settings.

273 ely to prove most effective in hospitals and long-term care settings.

274 uniform and workable policies for voting in long-term care settings.

275 help reduce the incidence of C difficile in long-term care settings.

276 what drives differences in incidence across long-term care settings.

277 ficacy towards end-of-life discussions among long-term care staff in Europe and related factors.

278 h care professionals, family caregivers, and long-term care staff lack adequate guidance to decide wh

279 cribe and compare the self-efficacy level of long-term care staff regarding end-of-life communication

280 Review results suggest that long-term care strategies of medication management and c

281 osis of CHD and their impact on neonatal and long-term care strategies.

282 nding of vaccine responsiveness for those in long-term care, suggesting that certain risk factors are

283 We used data from the National Long Term Care Survey and merged them with Medicare clai

284 paper reports results from the 1999 National Long-Term Care Survey on disability trends from 1982 thr

285 The National Long-Term Care Survey, the National Health Interview Sur

286 opulation between the 1982 and 1989 National Long Term Care Surveys (NLTCS).

287 The 1982-1994 National Long-Term Care Surveys indicate an accelerating decline

288 tracked by using the 1982-2004/2005 National Long-Term Care Surveys.

289 In this Review, we provide a profile of the long-term care system and policy landscape in China.

290 The long-term care system is characterised by rapid growth o

291 pediatric hypertension that will improve the long-term care that pediatricians provide to their patie

292 ective of the Ontario Ministry of Health and Long Term Care, the third-party payer for insured health

293 number of hospital days, and placement into long-term care were calculated after diagnosis.

294 are overall, use and consideration of use of long-term care were more frequently reported in urban ar

295 rventions in inpatient populations including long-term care were prepared by a multidisciplinary expe

296 Animal therapy in long-term care, when accounting for studies with no acti

297 The future of long-term care will include additional challenges and ri

298 r from a chronic condition and often require long-term care, with frequent reassessment and adjustmen

299 The long-term care workforce shortage and weak quality assur

300 tional borders to increase the resilience of long term care, writes Adelina Comas-Herrera?