ライフサイエンスコーパス: rehabilitation

1 lowing hospitalization, he completes cardiac rehabilitation.

2 t investigations and interventions including rehabilitation.

3 society is an important goal of post-stroke rehabilitation.

4 h documentation of abstinence and/or alcohol rehabilitation.

5 l syndrome compared with standard intestinal rehabilitation.

6 rrounding cardiovascular difficulties during rehabilitation.

7 ristics and propensity to initiate pulmonary rehabilitation.

8 use could negatively impact aspects of motor rehabilitation.

9 issection), integrated physical medicine and rehabilitation.

10 rcial haptic device that mediates fine motor rehabilitation.

11 ents, many of whom are also undergoing motor rehabilitation.

12 an be provided with adequate information and rehabilitation.

13 h an aim of fornix reconstruction and visual rehabilitation.

14 s for tool use, sports, performing arts, and rehabilitation.

15 f sequelae that were selected as amenable to rehabilitation.

16 system in daily clinical routine for stroke rehabilitation.

17 ot have to be amputated and he is undergoing rehabilitation.

18 ring device is a major, unresolved issue for rehabilitation.

19 alth care providers in both primary care and rehabilitation.

20 diseases, which is a crucial part of visual rehabilitation.

21 rocedures and the management of recovery and rehabilitation.

22 similar injuries can respond differently to rehabilitation.

23 mplant location, sex, and type of prosthetic rehabilitation.

24 n aspects of language function, recovery and rehabilitation.

25 purring interest in its possible utility for rehabilitation.

26 al stimulation parameters for standing motor rehabilitation.

27 n the chronic stage and aiding faster visual rehabilitation.

28 apy with or without surgery, and specialized rehabilitation.

29 at could potentially be exploited for visual rehabilitation.

30 tients, as well as an interesting target for rehabilitation.

31 ing an additional 1-in-10 patients to access rehabilitation.

32 -based therapy to accelerate locomotor-based rehabilitation.

33 long-term parenteral therapy and intestinal rehabilitation.

34 patient-specific surgical interventions and rehabilitation.

35 to help to guide diagnosis, management, and rehabilitation.

36 ential of EphA4 targeted therapy followed by rehabilitation.

37 tions admitted to aged care and neurological rehabilitation.

38 mpair these processes, potentially impacting rehabilitation.

39 e new therapy interventions for training and rehabilitation.

40 rtaking aged care and neurological inpatient rehabilitation.

41 critical care management, long-term care and rehabilitation.

42 s, who are often undergoing concurrent motor rehabilitation.

43 robotics, machine control, and personalized rehabilitation.

44 multimodal therapies, substantially limiting rehabilitation.

45 plateau that is only partially modifiable by rehabilitation.

46 p through emerging improvements in cognitive rehabilitation.

47 ergic activity may impair motor learning and rehabilitation.

48 rtance of barriers and facilitators to early rehabilitation.

49 y; p = 0.0009) and less likely to be sent to rehabilitation (25% vs 32%, respectively; p = 0.0009).

50 interventions were mobility (81%), physical rehabilitation (61%), and activities of daily living (31

51 P<0.001) and higher utilization of inpatient rehabilitation (7% versus 2%, P<0.001), but lower utiliz

52 to be exploited in applied settings, such as rehabilitation, a thorough understanding of its underlyi

53 py located in the ICU; 2) described physical rehabilitation, active mobilization, or physical activit

54 c treatment with exercise, multidisciplinary rehabilitation, acupuncture, mindfulness-based stress re

55 sion with time-varying exposure to pulmonary rehabilitation, adjusting for mortality and for unbalanc

56 nd 19.6% of patients who initiated pulmonary rehabilitation after 90 days or not at all.

57 our daily lives and can provide a model for rehabilitation after a stroke.

58 ses have suggested that initiating pulmonary rehabilitation after an exacerbation of chronic obstruct

59 tocol may find utility to enhance functional rehabilitation after brain injury.

60 need rehabilitation, and were able to access rehabilitation after discharge from hospital.

61 recommend that patients enroll in pulmonary rehabilitation after hospital discharge.

62 rent guideline recommendations for pulmonary rehabilitation after hospitalization for COPD, although

63 rve stimulation (VNS) paired with upper-limb rehabilitation after ischemic stroke.

64 Cognitive and physical impairments require rehabilitation after minor stroke and argue for better i

65 Early rehabilitation after stroke is essential to help reduce

66 ogy-aided interventions for upper limb motor rehabilitation after stroke, including robotics, muscula

67 of the joint clinical practice guideline for rehabilitation after stroke.

68 cupational and physical therapy during early rehabilitation after stroke.

69 sed on more than 4 decades devoted to vision rehabilitation-aims at exploring these differences to br

70 complete SCI; this knowledge might help the rehabilitation and assessment of people with SCI.

71 To develop advanced rehabilitation and assistive technologies, accurate esti

72 on that may have implications for diagnosis, rehabilitation and athletic training.

73 ncreasing the opportunity of patient's early rehabilitation and discharge.

74 the 6-minute walk test between the inpatient rehabilitation and either of the 2 home program groups (

75 challenges and recent advances in cognitive rehabilitation and exercise training for treating MS-rel

76 To date, cognitive rehabilitation and exercise training have been identifie

77 set the stage for the inclusion of cognitive rehabilitation and exercise training into clinical pract

78 Service improvements around sexual rehabilitation and measures to reduce the effects of and

79 Early physical rehabilitation and mobilization during critical illness

80 Early rehabilitation and mobilization, specifically activity i

81 the association between timing of pulmonary rehabilitation and mortality and between number of sessi

82 gies, by adopting novel technologies merging rehabilitation and motor assistance, including implantab

83 selection of patients who would benefit from rehabilitation and other forms of treatment.

84 tively and that a combination of cell-based, rehabilitation and pharmaceutical interventions is the m

85 r neuron activity is a promising approach in rehabilitation and prosthetics to model the series of tr

86 Inpatient rehabilitation and skilled nursing facility care account

87 ing CX3CR1-dependent signaling could improve rehabilitation and spinal learning.SIGNIFICANCE STATEMEN

88 l need to be tested and validated to improve rehabilitation and the quality of life of these patients

89 ould potentially be useful in supporting the rehabilitation and training process.

90 ety and its connections to prison stability, rehabilitation, and community reintegration.

91 ed meditation, cognitive training, cognitive rehabilitation, and exercise interventions, with a mean

92 interventions, cognitive training, cognitive rehabilitation, and exercise were the most effective int

93 Specialty, rehabilitation, and maternity facilities were excluded.

94 n, diagnosis, treatment, disease management, rehabilitation, and palliative care services, coordinate

95 of ventricular function, referral to cardiac rehabilitation, and smoking cessation counseling for pat

96 ermead Mobility Index, were expected to need rehabilitation, and were able to access rehabilitation a

97 relevant to developing diagnostic tools and rehabilitation approaches for patients with locomotor de

98 ovides a mechanistic target for regenerative rehabilitation approaches to address the skeletal muscle

99 olution for the standardization of effective rehabilitation approaches to augment retinal prosthesis

100 and achieving maximal functional and social rehabilitation are prioritized more highly.

101 This number counters the common view of rehabilitation as a service required by only few people.

102 ure study of postdisaster reconstruction and rehabilitation as well as recognition that postoutbreak

103 reveal the magnitude of changes in access to rehabilitation associated with changes in insurance cove

104 rval: 6.5-12.6) percentage-point increase in rehabilitation at age 64 versus 65 years, enabling an ad

105 the number of people who would benefit from rehabilitation at least once during the course of their

106 one in every three people in the world needs rehabilitation at some point in the course of their illn

107 d range of applications, such as healthcare, rehabilitation, athletics, and senior monitoring.

108 hospitalization (+4 points), multiple prior rehabilitation attempts (+4 points), prior alcohol-relat

109 at promotes intestinal adaptation to improve rehabilitation but with a price >$400,000/y.

110 QoL with psychosocial involvement and visual rehabilitation by the use of low-vision aids among child

111 The efficacy of rehabilitation can be increased by 'plasticity-stimulati

112 ultidisciplinary inpatient and post-hospital rehabilitation care as determined by the treating rehabi

113 ions provide evidence-based guidance for the rehabilitation care of patients after stroke.

114 trobacter amaloniticus in a 22-bed digestive rehabilitation center.

115 er amalonaticus strain in a 22-bed digestive rehabilitation center.

116 s and will provide timely referral to visual rehabilitation centers.

117 11 (30%) were discharged home or to an acute rehabilitation centre, 101 (10%) were discharged to a lo

118 7 years at baseline, and were recruited from rehabilitation centres and university medical centres.

119 re recruited from 19 inpatient or outpatient rehabilitation centres in Germany.

120 With intensive upper limb rehabilitation, chronic stroke patients can change by cl

121 ilitation care as determined by the treating rehabilitation clinicians.

122 urology, neurosurgery, physical medicine and rehabilitation clinics were evaluated.

123 Cognitive Multisensory Rehabilitation (CMR) is a promising therapy for upper li

124 In response, the Million Hearts Cardiac Rehabilitation Collaborative developed a road map to imp

125 t the world, neuromuscular complications and rehabilitation concerns are becoming more apparent.

126 eive rehabilitation in U.S. PICUs, and early rehabilitation consultation is infrequent.

127 rmance Category, <= 2 vs > 2) less often had rehabilitation consultation within the first 72 hours (2

128 duals had conditions that would benefit from rehabilitation, contributing to 310 million [235-392] YL

129 Despite cardiac rehabilitation (CR) being shown to improve health outcom

130 Cardiac rehabilitation (CR) is an evidence-based intervention th

131 Cardiac rehabilitation (CR) is recommended in clinical practice

132 Currently, exercise-based cardiac rehabilitation (CR) is the only recommended secondary pr

133 Given the shortage of cardiac rehabilitation (CR) programs in India and poor uptake wo

134 To estimate the need for rehabilitation, data from the Global Burden of Diseases,

135 tors, inhaled corticosteroids, and pulmonary rehabilitation decreases symptoms, optimizes functional

136 It is likely that the dose of rehabilitation delivered was much lower than dictated by

137 These positive rehabilitation effects are maintained after 2 decades du

138 etailed understanding of the neural bases of rehabilitation efficacy is needed to inform therapeutic

139 to determine recovery trajectories, evaluate rehabilitation efficacy, and predict individuals at high

140 cy for improving cognition, augmenting other rehabilitation efforts in schizophrenia, and effecting g

141 walking, sitting and bathing; and complicate rehabilitation efforts.

142 effectiveness of using the Computer Assisted Rehabilitation Environment (CAREN) system as a visual re

143 s in sexual quality of life using the Cancer Rehabilitation Evaluation System sexuality subscales, ch

144 as a possible backup system for post-stroke rehabilitation even for the hand.

145 s have indicated that exercise-based cardiac rehabilitation (ExCR) for patients with heart failure (H

146 tice to train athletes, musicians or perform rehabilitation exercises up to and beyond a point of fat

147 long term acute care hospitals and inpatient rehabilitation facilities, using isolate and antimicrobi

148 ) and were more likely to be discharged to a rehabilitation facility (3.6% vs. 2.5%, P <0.001), adjus

149 100%) were more likely to be discharged to a rehabilitation facility after LT (22% vs 3%) and be reho

150 e.g., hospitalizations, skilled nursing, and rehabilitation facility stays) were collected via a retr

151 dity index, and need for home health care or rehabilitation facility upon discharge.

152 n were more likely to require discharge to a rehabilitation facility, particularly those with physica

153 turned home within 4 weeks of discharge to a rehabilitation facility.

154 To determine whether 10 days of inpatient rehabilitation followed by a monitored home-based progra

155 tic limbs has demonstrated utility for motor rehabilitation following brain injury.

156 linicians approach regenerative medicine and rehabilitation following injury.

157 Hearing rehabilitation for children with hearing loss may includ

158 We aimed to evaluate the prevalence of rehabilitation for critically ill children and associate

159 ully implement a multimodal model of cardiac rehabilitation for patients with cancer and to determine

160 Rehabilitation for poor tongue base retraction might ben

161 Novel methods of visual rehabilitation for retinal prostheses recipients, such t

162 rom impaired gait is considered an important rehabilitation goal.

163 However, the LV rehabilitation group improved more in all visual functio

164 espite its individual and societal benefits, rehabilitation has not been prioritised in countries and

165 Rehabilitation has often been seen as a disability-speci

166 stroke arthritic changes that may compromise rehabilitation have been described in the upper and lowe

167 Without hearing rehabilitation, hearing loss can cause detrimental effec

168 and management spending and use of inpatient rehabilitation, home health, and emergency department se

169 er dyads enrolled at survivor discharge from rehabilitation hospitals.

170 Boston KPro offers satisfactory visual rehabilitation in aniridia when glaucoma is managed aggr

171 ibed in IBS-C, prucalopride and pelvic floor rehabilitation in FC.

172 identify barriers and facilitators to early rehabilitation in mechanically ventilated patients and t

173 tigate whether taking baclofen impacts motor rehabilitation in patients.

174 ting evidence for the effectiveness of early rehabilitation in the intensive care and marked variatio

175 gher baseline function less commonly receive rehabilitation in U.S. PICUs, and early rehabilitation c

176 better understanding of neural substrates of rehabilitation-induced behavioral improvements could be

177 dysfunction and a description of the cardiac rehabilitation infrastructure needed to address the uniq

178 al discharge to first ESD contact; n=6222), "rehabilitation intensity" (total number of treatment day

179 injury for outcome prediction or target for rehabilitation intervention.

180 highlight the need for systematic design of rehabilitation interventions for all critically ill chil

181 Rehabilitation interventions in critically ill patients

182 It has been used for rehabilitation interventions, i.e. mirror therapy, in pe

183 to protracted ICU stay may benefit most from rehabilitation interventions.

184 lation alone and 20 on protocolized physical rehabilitation) into which 3,548 patients were randomize

185 VR technology might be an effective tool for rehabilitation involving visual desensitisation.

186 Stroke rehabilitation is a long and complex process, and one si

187 The role of occupational therapists in ICU rehabilitation is not currently well established.

188 onfirm that neurotechnology-aided upper limb rehabilitation is promising for severe chronic stroke pa

189 Physical rehabilitation is standard practice following a period o

190 pulation; a multimodal model such as cardiac rehabilitation may be a potential solution.

191 Digitally enabled rehabilitation may lead to better outcomes but has not b

192 Current rehabilitation may not be sufficient to restore ability

193 as the basis for precise personalized stroke rehabilitation medicine is discussed.

194 targeted long-term follow-up care, physical rehabilitation, mental health screening, and interventio

195 es of such damage may aid the development of rehabilitation methods.

196 ation of plasticity-promoting strategies and rehabilitation might be necessary.

197 We argue that rehabilitation needs to be brought close to communities

198 ial residual disability and unique long-term rehabilitation needs.

199 ppears to be limited benefit for training or rehabilitation of balance ability.

200 trical Stimulation (FES) standing system for rehabilitation of bone mineral density (BMD) in people w

201 Rehabilitation of BRDAs is therefore often costly and re

202 he need for enlarged protected areas and the rehabilitation of disturbed islands to protect ecologica

203 ew on the use of biological processes in the rehabilitation of ecosystems contaminated with the pharm

204 ducation (CE), has obvious potential for the rehabilitation of functional capacity that has been lost

205 e treatment options, therapy assessment, and rehabilitation of KOA.

206 This study suggests that rehabilitation of NCP soils to reduce salinity and incre

207 future research using speech entrainment for rehabilitation of non-fluent aphasia.

208 The rehabilitation of non-fluent speech in aphasia is partic

209 ve therapeutic strategy for accelerating the rehabilitation of patients admitted to the intensive car

210 rapy can be accepted as a useful tool in the rehabilitation of patients with brain trauma.

211 Our findings have clinical implications for rehabilitation of patients with CHF and provide new insi

212 ortunity for the operation, maintenance, and rehabilitation of urban water infrastructure to achieve

213 y (OR, 0.88 [95% CI, 0.68-1.14]), or cardiac rehabilitation (OR, 0.45 [95% CI, 0.20-1.00]).

214 cant differences in device retention, visual rehabilitation, or rates of complications at 24 or 60 mo

215 ere, we explore the feasibility of improving rehabilitation outcomes through a 3D printing approach t

216 erform exercise frequently and improve their rehabilitation outcomes.

217 After experimental stroke, various subacute rehabilitation paradigms improve recovery.

218 cit motor learning has implications for gait rehabilitation potential in patients with functional gai

219 Rationale: Pulmonary rehabilitation (PR) after hospitalizations for exacerbat

220 Pulmonary rehabilitation (PR) improves exercise capacity, but ther

221 antial advances are yet to be made in stroke rehabilitation practice to meet this demand and improve

222 better trials, interventions, and outcomes, rehabilitation practices continue to help patients regai

223 classes, skin-related, physical medicine and rehabilitation procedures as well as behavioral health p

224 ing that is integrated as part of the weekly rehabilitation program in subacute stroke patients.

225 treated for IF by an established intestinal rehabilitation program who achieved EA and to assess the

226 study on effectiveness of YOGA based cardiac rehabilitation programme in India and United Kingdom; CT

227 D) patients engaged in exercise-based muscle rehabilitation programs are unresponsive.

228 Formal rehabilitation programs, including inpatient programs, a

229 nto six categories: 1) exercise and physical rehabilitation programs; 2) follow-up services; 3) psych

230 e of this open-source platform for capturing rehabilitation progress and, more broadly, for free-livi

231 myography) asymmetry measure for quantifying rehabilitation progress in patients recovering from surg

232 Efforts to improve cardiac rehabilitation referral should focus on increasing refer

233 ion of closed-loop VNS paired with a tactile rehabilitation regimen could improve recovery of somatos

234 omuscular impairment requires adherence to a rehabilitation regimen for maximum recovery of motor fun

235 hten neuroplastic potential, to date, visual rehabilitation research has focused on patients with chr

236 s of cohorts from the Netherlands (Pediatric Rehabilitation Research in the Netherlands; PERRIN) and

237 Although stroke rehabilitation research strives for better trials, inter

238 itute on Disability, Independent Living, and Rehabilitation Research.

239 VNS paired with tactile rehabilitation resulted in a significant and nearly comp

240 Moreover, VNS paired with tactile rehabilitation resulted in significant generalized impro

241 Centers for Rehabilitation Sciences Research, Defense Health Agency,

242 the Western Pacific had the highest need of rehabilitation services (610 million people [588-636] an

243 to produce a global estimate of the need for rehabilitation services and to show that at least one in

244 f adult disability and the demand for stroke rehabilitation services is growing.

245 c centers, had available cardiac surgery and rehabilitation services, and had higher AMI volume and p

246 was done at 51 UK NHS acute inpatient stroke rehabilitation services.

247 Eight visual rehabilitation sessions using the CAREN system (twice we

248 s-all' treatments within in-patient clinical rehabilitation set-ups towards personalized home-based t

249 ance for adult patients in hospital units or rehabilitation settings.

250 Protocolized physical rehabilitation significantly shortens time spent on mech

251 etal muscle, emphasizing a need for feasible rehabilitation strategies beyond optimal anticongestive

252 icity and suggest the potential for refining rehabilitation strategies for stroke patients.

253 k for the development and testing of various rehabilitation strategies for stroke.

254 A main goal of rehabilitation strategies in humans with spinal cord inj

255 to the development of effective and targeted rehabilitation strategies in stroke.

256 patients, although when and how to implement rehabilitation strategies remains a clinical challenge.

257 timulation parameters, alternative drugs, or rehabilitation strategies still need to be tested and va

258 provide a clinically relevant framework for rehabilitation strategies using neuromodulation during s

259 sential for any attempt to develop efficient rehabilitation strategies.

260 These findings call into question the rehabilitation strategy of attempting to rebalance inter

261 nly used surrogate for long-term recovery in rehabilitation studies.

262 ly significant for the protocolized physical rehabilitation subgroup and enhanced in patients with lo

263 so prospectively collected timing of initial rehabilitation team consultation, clinical and patient m

264 ed by dedicated multidisciplinary intestinal rehabilitation teams.

265 entified a wide range of beliefs about early rehabilitation that may influence provider behavior and

266 nt morbidity due to unsuccessful attempts at rehabilitation that necessitate chronic use of parentera

267 urnover context.SIGNIFICANCE STATEMENT Motor rehabilitation, the main treatment for motor impairments

268 s of nutritional interventions and cognitive rehabilitation therapies are underway, with the aim of t

269 cal underpinning for development of clinical rehabilitation therapies to treat disabilities and compl

270 t stimulation (tDCS) has been used in stroke rehabilitation, though their combinatory effect is unkno

271 eported for applications ranging from stroke rehabilitation to cognitive enhancement, little is known

272 nerve stimulation (VNS) paired with tactile rehabilitation to enhance synaptic plasticity and facili

273 luate the ability of VNS paired with tactile rehabilitation to improve recovery in an animal model of

274 tion between the fields of critical care and rehabilitation to optimize post-COVID-19 recovery.

275 owledge and rationale for the use of cardiac rehabilitation to provide structured exercise and ancill

276 ccessfully with surgery, some require visual rehabilitation to restore reading ability.

277 nerve stimulation (CL-VNS) delivered during rehabilitation to reverse the aberrant central plasticit

278 ation Environment (CAREN) system as a visual rehabilitation tool in Argus II patients.

279 for the application of music making in motor rehabilitation training.

280 macotherapy for smoking cessation, pulmonary rehabilitation, treatment of comorbidities, administrati

281 allenges of designing and doing large stroke rehabilitation trials.

282 years) at mealtimes in hospital settings and rehabilitation units.

283 Barthel Index, quality of life using EQ-5D, rehabilitation utilization, disability at 1 year, and MR

284 ation of a specific abstinence period and/or rehabilitation) versus "unrestrictive" (deferring to cen

285 ken across six surgical, six medical and one rehabilitation ward in a large teaching hospital in the

286 recruited from psychogeriatric, somatic, or rehabilitation wards, in the thirteen participating nurs

287 Initiation of pulmonary rehabilitation was significantly associated with lower m

288 er discharge and who participated in cardiac rehabilitation were more likely to take high-intensity s

289 h conditions making use of digitally enabled rehabilitation, whereas time spent upright was not impac

290 nt introduces the concept of cardio-oncology rehabilitation, which includes identification of patient

291 Pulmonary rehabilitation, which includes strength and endurance tr

292 entions in the ICU are dominated by physical rehabilitation with a growing role in communication and

293 spitalized for COPD, initiation of pulmonary rehabilitation within 3 months of discharge was signific

294 t agent prescriptions, and attending cardiac rehabilitation within 30 days following discharge.

295 ing 7.3% of patients who initiated pulmonary rehabilitation within 90 days and 19.6% of patients who

296 .6%] women), 2721 (1.5%) initiated pulmonary rehabilitation within 90 days of discharge.

297 Initiation of pulmonary rehabilitation within 90 days of hospital discharge.

298 Education, rehabilitation within functional activity and the use of

299 Equivalent tactile rehabilitation without VNS failed to improve sensory fun

300 al magnetic stimulation (rTMS) in swallowing rehabilitation, yet its outcomes vary across individuals