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1 le, and treatment is largely symptomatic and rehabilitative.
2 iew, SRSB should be integrated in intestinal rehabilitative adult programs.
3 could inform the development of age-specific rehabilitative and assistive interventions.
4                        Nursing homes deliver rehabilitative and long-term care for people with seriou
5 ms, and they may respond to a combination of rehabilitative and pharmacologic treatments.
6                                              Rehabilitative and physical modalities used to manage pa
7  these factors provides possible targets for rehabilitative and self-management strategies to prevent
8 type 2 requires a multidisciplinary medical, rehabilitative and social team.
9 ns and if this represents appropriate use of rehabilitative and supportive care or over-use.
10 hese degenerative changes are linked to poor rehabilitative and surgical outcomes, which has launched
11 is, with subsequent access to evidence based rehabilitative and/or psychological treatments, can prom
12 al, interventional, physical, psychological, rehabilitative, and alternative modalities.
13                          Wearable assistive, rehabilitative, and augmentative devices currently requi
14 are relevant to a diverse array of clinical, rehabilitative, and enhancement applications.
15 tus; receipt of social support, nutritional, rehabilitative, and fertility preservation services; pro
16  sponsorships to understanding the brain for rehabilitative applications.
17 se commonalities, a comprehensive behavioral-rehabilitative approach can be undertaken to assist pati
18 gation into the use of neurostimulation as a rehabilitative approach for patients with dysphagia from
19                  Emphasis is on the specific rehabilitative approach to the individual.
20 tion of pharmacologic, nonpharmacologic, and rehabilitative approaches in addition to a strong therap
21  Our approach could also be developed into a rehabilitative/assistive tool that can result in flexibl
22                   International Collegium of Rehabilitative Audiology noise, comprised of the sum of
23                    The Quality Indicator for Rehabilitative Care (QuIRC) is a staff rated, internatio
24 s more frequently require skilled nursing or rehabilitative care after hospitalization.
25 account for the effects of resuscitative and rehabilitative care are needed.
26 ery and radiation therapy, the importance of rehabilitative care, and the value of a multidisciplinar
27                          Despite progress in rehabilitative care, there is no effective treatment tha
28 and possible targets for improved poststroke rehabilitative care.
29 nal and psychosocial sequelae remain a major rehabilitative challenge, decreasing quality of life and
30 dherence involved an array of supportive and rehabilitative community-based services.
31 applications in the realm of educational and rehabilitative contexts.
32           This study evaluated the effect of rehabilitative dental treatment on the oral-health-relat
33 eived oral examinations, questionnaires, and rehabilitative dental treatment.
34 systematic review and meta-analysis, hearing rehabilitative devices were associated with improved soc
35 ative data for clinical evaluations and gait rehabilitative devices.
36        North Carolina prisons introduced the rehabilitative diversion unit (RDU) in 2016 as an altern
37 at adversely impacts functional recovery and rehabilitative efforts after spinal cord injury (SCI).
38 ; persistent and profound catabolism hampers rehabilitative efforts and delays the meaningful return
39                                              Rehabilitative efforts combining locomotor training phar
40  repetitive patterned sensory stimulation in rehabilitative efforts to improve walking ability in pat
41                                              Rehabilitative exercise in humans with spinal cord injur
42 tion-induced atrophy and during a program of rehabilitative exercise that restored muscle mass and fu
43 physiological exercise responses of rigorous rehabilitative exercise training in chronic obstructive
44                          Prehabilitative and rehabilitative exercise, psychological support and nutri
45  frequently discharged home rather than to a rehabilitative facility, although confidence intervals i
46                                              Rehabilitative guidelines therefore discourage the use o
47  accessibility of secondary preventative and rehabilitative health services have never been more impo
48 of care to include patients, caregivers, and rehabilitative healthcare partnerships, which are centra
49         To determine whether the addition of rehabilitative intervention enhances the effect of NS/PC
50 ified 77 districts across India where urgent rehabilitative intervention is required, more than 70% o
51 hol and can potentially serve as a model for rehabilitative intervention.
52 theses at times give conflicting views about rehabilitative intervention; for example, should one att
53                                              Rehabilitative interventions (physical and occupational
54                                              Rehabilitative interventions aim to enhance swallowing f
55 ns in the repairing cortex and suggests that rehabilitative interventions aimed at normalizing low-ga
56          These findings suggest that sensory rehabilitative interventions for multiple impairments ma
57           The search for relevant models for rehabilitative interventions in terms of cellular and sy
58       This clinical reality necessitates new rehabilitative interventions to improve the vision funct
59 isorders, forming important preventative and rehabilitative interventions with the potential for high
60 he young brain; however, little guidance for rehabilitative measures is provided by published recomme
61 VLP model provides a novel platform to study rehabilitative mechanisms of DCD lungs.
62 k role needs replacing with a participatory, rehabilitative medical practice.
63                        It also suggests that rehabilitative motor training may have its most potent e
64 ubstantially increased physical, mental, and rehabilitative needs and related healthcare spending.
65                                              Rehabilitative needs have been identified through cross-
66           These findings may be relevant for rehabilitative neuromodulatory interventions.
67 olence prevention, as it has, on balance, no rehabilitative or deterrent effects after release.
68 view included patients with GO who underwent rehabilitative orbital decompression for disfiguring pro
69                                              Rehabilitative orbital decompression treats disfiguring
70  in cerebellar metabolism, resulting in poor rehabilitative outcomes.
71 e magnitude of which has been linked to poor rehabilitative outcomes.
72 hat include prevention, promotion, curative, rehabilitative, palliative and end-of-life care.
73                                              Rehabilitative paradigms that incorporate sensory retrai
74 gy in assisting MI practice demonstrates the rehabilitative potential of MI, contributing to signific
75 e supplementation and resistance training to rehabilitative programs for carefully screened men with
76  cognition, and also interfere directly with rehabilitative programs.
77 ting VNS paired with sensory retraining into rehabilitative regimens may represent a fundamentally ne
78        PUs acquired during surgical or first rehabilitative SCI care.
79  Nepal for sexual exploitation and receiving rehabilitative services between January 1997 and Decembe
80                         Institutional use of rehabilitative services for children with prolonged crit
81 Referral for appropriate supportive care and rehabilitative services is critical in order to minimize
82 or cataract, refractive errors, glaucoma and rehabilitative services to address childhood vision loss
83 e variability in center-level utilization of rehabilitative services while in the ICU, ranging from 8
84 ic utilization of infusion, mental health or rehabilitative services, 975 (45.2%) reported disruption
85 ophylactic regimens, management of delirium, rehabilitative services, and efficacy of assessment of r
86  common oral diseases, including appropriate rehabilitative services, thereby maintaining health, pro
87 holding life-sustaining therapies or denying rehabilitative services.
88 rapy, and only 18 (20%) provided any form of rehabilitative services.
89 in eight survivors, and requiring subsequent rehabilitative services.
90 a tACS approach may be potentially useful in rehabilitative settings in patients.
91 reasingly prevalent in both occupational and rehabilitative settings, yet their widespread adoption r
92 refining the design of neuromodulation-based rehabilitative strategies and in the construction of neu
93            Moreover, they promote the use of rehabilitative strategies that are based on efficacious
94 ar basis for the design of experienced-based rehabilitative strategies to enhance brain function.
95 of concepts that may be useful in developing rehabilitative strategies to enhance recovery of posture
96 ter stroke, together with an optimization of rehabilitative strategies, are essential to improve stro
97 eing considered as candidates for new visual rehabilitative strategies.
98 sment, whereas the BI is useful for planning rehabilitative strategies.
99  with important implications for genetic and rehabilitative studies of SDD.
100 navigate, and informs our ability to provide rehabilitative support to people with vision loss.
101 orbital anatomy is not restored, and skilled rehabilitative surgery is required.
102                                  A number of rehabilitative techniques have been tried with varying d
103 or medial temporal lobe amnesia, but various rehabilitative techniques may be useful.
104                                    Effective rehabilitative therapies are needed for patients with lo
105 , and to consider extending access to proven rehabilitative therapies during the first year poststrok
106 f the improved regenerative therapeutics and rehabilitative therapies required for durable and comple
107 , vascular physiology, and primary/secondary/rehabilitative therapies.
108                                              Rehabilitative therapy and exercise complement pharmacol
109 atients with short-bowel syndrome (SBS) as a rehabilitative therapy, but its effects on absorption ha
110 ensate for lesions and to test the effect of rehabilitative therapy.
111 e whether the rotating platform may act as a rehabilitative tool to reinforce motor patterns for turn
112 infarcts of primary motor cortex (M1), motor rehabilitative training (RT) promotes improvements in pa
113 plex movement representations in response to rehabilitative training after injury.
114                                        Motor rehabilitative training after stroke can improve motor f
115        Thus, intraspinal therapy may augment rehabilitative training and improve recovery even in ind
116 schemic stroke, we examined effects of motor rehabilitative training at the ultrastructural level in
117 ed kinematic control might be suboptimal for rehabilitative training because they abolish variability
118  stimulation (VNS) paired with tones or with rehabilitative training can help patients to achieve red
119 hat, after local damage to the motor cortex, rehabilitative training can shape subsequent reorganizat
120 apy dramatically potentiated the efficacy of rehabilitative training delivered during chronic stroke
121                   These results suggest that rehabilitative training efficacy for improving manual sk
122 ia could represent a structural mechanism of rehabilitative training efficacy.
123                                              Rehabilitative training improved manual skill in the par
124 nsatory behaviours and the efficacy of motor rehabilitative training in rodent stroke models.
125  it can increase the amount of self-directed rehabilitative training in severely impaired stroke pati
126 d time course of synaptic responses to motor rehabilitative training in vivo Focal ischemia instigate
127                                              Rehabilitative training increased the stability of new s
128                    Moreover, the efficacy of rehabilitative training is limited beyond this narrow ti
129                                     However, rehabilitative training is subject to motivational hurdl
130 oke treatment with mGluR5 NAMs combined with rehabilitative training may represent a novel post-acute
131 oreover, this plasticity can be harnessed by rehabilitative training to significantly promote sensori
132 f rats underwent six weeks of forelimb motor rehabilitative training with or without paired VNS.
133 c stroke can amplify the benefits of delayed rehabilitative training with the potential to reduce per
134 a unilateral infarct lessens the efficacy of rehabilitative training, and reduces neuronal activation
135 er stroke is dose-dependent on the amount of rehabilitative training.
136 tal, cortex eliminated behavioral gains from rehabilitative training.
137 pontaneous stroke recovery and interact with rehabilitative training.
138                        Our data suggest that rehabilitative treatment represents a therapeutic option
139 treatment, and interdisciplinary coordinated rehabilitative treatment.
140 ological effects are largely reversible with rehabilitative treatment.
141 ional strategy in combination with customary rehabilitative treatments may play an adjuvant role in n
142 e of necessary but neglected psychiatric and rehabilitative treatments.
143 s a sensible target for future research into rehabilitative treatments.
144 d to be useful in this are the MyotonPRO and rehabilitative ultrasound imaging, both have shown to be

 
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