ライフサイエンスコーパス: rehabilitative

1 le, and treatment is largely symptomatic and rehabilitative.

2 iew, SRSB should be integrated in intestinal rehabilitative adult programs.

3 ms, and they may respond to a combination of rehabilitative and pharmacologic treatments.

4 Rehabilitative and physical modalities used to manage pa

5 these factors provides possible targets for rehabilitative and self-management strategies to prevent

6 type 2 requires a multidisciplinary medical, rehabilitative and social team.

7 ns and if this represents appropriate use of rehabilitative and supportive care or over-use.

8 al, interventional, physical, psychological, rehabilitative, and alternative modalities.

9 tus; receipt of social support, nutritional, rehabilitative, and fertility preservation services; pro

10 sponsorships to understanding the brain for rehabilitative applications.

11 se commonalities, a comprehensive behavioral-rehabilitative approach can be undertaken to assist pati

12 gation into the use of neurostimulation as a rehabilitative approach for patients with dysphagia from

13 Emphasis is on the specific rehabilitative approach to the individual.

14 tion of pharmacologic, nonpharmacologic, and rehabilitative approaches in addition to a strong therap

15 Our approach could also be developed into a rehabilitative/assistive tool that can result in flexibl

16 International Collegium of Rehabilitative Audiology noise, comprised of the sum of

17 The Quality Indicator for Rehabilitative Care (QuIRC) is a staff rated, internatio

18 s more frequently require skilled nursing or rehabilitative care after hospitalization.

19 account for the effects of resuscitative and rehabilitative care are needed.

20 nal and psychosocial sequelae remain a major rehabilitative challenge, decreasing quality of life and

21 dherence involved an array of supportive and rehabilitative community-based services.

22 This study evaluated the effect of rehabilitative dental treatment on the oral-health-relat

23 eived oral examinations, questionnaires, and rehabilitative dental treatment.

24 ; persistent and profound catabolism hampers rehabilitative efforts and delays the meaningful return

25 Rehabilitative efforts combining locomotor training phar

26 repetitive patterned sensory stimulation in rehabilitative efforts to improve walking ability in pat

27 tion-induced atrophy and during a program of rehabilitative exercise that restored muscle mass and fu

28 physiological exercise responses of rigorous rehabilitative exercise training in chronic obstructive

29 frequently discharged home rather than to a rehabilitative facility, although confidence intervals i

30 Rehabilitative guidelines therefore discourage the use o

31 To determine whether the addition of rehabilitative intervention enhances the effect of NS/PC

32 hol and can potentially serve as a model for rehabilitative intervention.

33 theses at times give conflicting views about rehabilitative intervention; for example, should one att

34 The search for relevant models for rehabilitative interventions in terms of cellular and sy

35 This clinical reality necessitates new rehabilitative interventions to improve the vision funct

36 isorders, forming important preventative and rehabilitative interventions with the potential for high

37 he young brain; however, little guidance for rehabilitative measures is provided by published recomme

38 VLP model provides a novel platform to study rehabilitative mechanisms of DCD lungs.

39 Rehabilitative needs have been identified through cross-

40 These findings may be relevant for rehabilitative neuromodulatory interventions.

41 gy in assisting MI practice demonstrates the rehabilitative potential of MI, contributing to signific

42 e supplementation and resistance training to rehabilitative programs for carefully screened men with

43 cognition, and also interfere directly with rehabilitative programs.

44 Nepal for sexual exploitation and receiving rehabilitative services between January 1997 and Decembe

45 Referral for appropriate supportive care and rehabilitative services is critical in order to minimize

46 or cataract, refractive errors, glaucoma and rehabilitative services to address childhood vision loss

47 ophylactic regimens, management of delirium, rehabilitative services, and efficacy of assessment of r

48 rapy, and only 18 (20%) provided any form of rehabilitative services.

49 in eight survivors, and requiring subsequent rehabilitative services.

50 holding life-sustaining therapies or denying rehabilitative services.

51 ar basis for the design of experienced-based rehabilitative strategies to enhance brain function.

52 of concepts that may be useful in developing rehabilitative strategies to enhance recovery of posture

53 eing considered as candidates for new visual rehabilitative strategies.

54 sment, whereas the BI is useful for planning rehabilitative strategies.

55 with important implications for genetic and rehabilitative studies of SDD.

56 A number of rehabilitative techniques have been tried with varying d

57 or medial temporal lobe amnesia, but various rehabilitative techniques may be useful.

58 Effective rehabilitative therapies are needed for patients with lo

59 , vascular physiology, and primary/secondary/rehabilitative therapies.

60 atients with short-bowel syndrome (SBS) as a rehabilitative therapy, but its effects on absorption ha

61 ensate for lesions and to test the effect of rehabilitative therapy.

62 e whether the rotating platform may act as a rehabilitative tool to reinforce motor patterns for turn

63 plex movement representations in response to rehabilitative training after injury.

64 Motor rehabilitative training after stroke can improve motor f

65 Thus, intraspinal therapy may augment rehabilitative training and improve recovery even in ind

66 schemic stroke, we examined effects of motor rehabilitative training at the ultrastructural level in

67 ed kinematic control might be suboptimal for rehabilitative training because they abolish variability

68 stimulation (VNS) paired with tones or with rehabilitative training can help patients to achieve red

69 hat, after local damage to the motor cortex, rehabilitative training can shape subsequent reorganizat

70 apy dramatically potentiated the efficacy of rehabilitative training delivered during chronic stroke

71 These results suggest that rehabilitative training efficacy for improving manual sk

72 Rehabilitative training improved manual skill in the par

73 Moreover, the efficacy of rehabilitative training is limited beyond this narrow ti

74 oreover, this plasticity can be harnessed by rehabilitative training to significantly promote sensori

75 c stroke can amplify the benefits of delayed rehabilitative training with the potential to reduce per

76 a unilateral infarct lessens the efficacy of rehabilitative training, and reduces neuronal activation

77 tal, cortex eliminated behavioral gains from rehabilitative training.

78 pontaneous stroke recovery and interact with rehabilitative training.

79 Our data suggest that rehabilitative treatment represents a therapeutic option

80 ological effects are largely reversible with rehabilitative treatment.

81 ional strategy in combination with customary rehabilitative treatments may play an adjuvant role in n

82 s a sensible target for future research into rehabilitative treatments.