ライフサイエンスコーパス: assistive

1 good social support, positivity, and use of assistive aids.

2 s the potential utility of iBCIs as powerful assistive communication devices for people with limited

3 ing neural activity into control signals for assistive communication devices.

4 measure of functioning for RA, include only assistive devices and personal assistance, which were no

5 help individuals with disability to control assistive devices and reanimate paralyzed limbs.

6 Fourth, robotic assistive devices can be used to guide the kinematics of

7 In addition, such robotic assistive devices can provide immediate quantification o

8 e useful control signals for neuroprosthetic assistive devices designed to interact with objects in a

9 Male gender, depression, or the use of assistive devices for ambulation predicted poorer outcom

10 ive participants were more likely to require assistive devices such as a walker or wheelchair for mob

11 y related to audiologist recommendations for assistive devices such as hearing aids and/or frequency

12 ility of people with tetraplegia controlling assistive devices using their cortical signals.

13 odifying the built environment and providing assistive devices, and for persons with more serious dis

14 italizations, diagnostic tests, medications, assistive devices, nonallopathic treatments, travel to v

15 Nonoperative-intervention strategies such as assistive devices, orthoses, and viscosupplements are fr

16 king related to nonoperative choices such as assistive devices, orthoses, and viscosupplements.

17 using 4 specific behavioral accommodations (assistive devices, personal assistance, limits on the am

18 o physical therapy strategies and preventive assistive devices.

19 ine interfaces can allow neural control over assistive devices.

20 computer cursors, prosthetic arms, and other assistive devices.

21 l activity directly into control signals for assistive devices.

22 ability and pain, and general perceptions of assistive devices.

23 for physical or occupational therapy or for assistive devices.

24 ving signal-processing algorithms in hearing-assistive devices.

25 ients included driving (27.8%), using visual assistive equipment (17.5%), mobility (16.3%), performin

26 pact on speech and language and the need for assistive hearing devices.

27 their interest in the concept of a universal assistive listening device receiver, and their interest

28 Assistive listening devices (classroom FM systems) may r

29 and made many suggestions for both improving assistive listening devices and for improving informatio

30 Assistive listening devices can improve the neural repre

31 loss was conducted to determine their use of assistive listening devices for face-to-face conversatio

32 The 423 respondents who used assistive listening devices found them to be of signific

33 t communication effectiveness, hearing aids, assistive listening devices, and cochlear implants for s

34 part of an audience, their satisfaction with assistive listening devices, their interest in the conce

35 de that the amnioserosa must play a key, but assistive, mechanical role that aids uncurling of the ge

36 Monkeys rapidly adapted to a novel assistive or resistive perturbation along the direction

37 lation, constraint-induced movement therapy, assistive orthoses, noninvasive brain stimulation, virtu

38 ons and aligned ventilatory transitions with assistive phases of the step.

39 rain-machine interfaces (BMIs) provide a new assistive strategy aimed at restoring mobility in severe

40 Assistive techniques such as white canes, guide dogs, an

41 The importance of hearing assistive technologies in the management of adults with

42 Hearing assistive technologies include listening, alerting, and/

43 d to allow persons with paralysis to operate assistive technologies or to reanimate muscles based upo

44 gaps, ultimately rehabilitation programs and assistive technologies will need to fit the specific dem

45 and little capacity to manufacture essential assistive technologies, including prostheses and wheelch

46 The use of centrifugation as assistive technology appears to be necessary for the pol

47 rations for provision of appropriate hearing assistive technology for this population.

48 f appropriate and carefully selected hearing assistive technology may contribute dramatically to the

49 Hearing assistive technology may improve not only their speech p

50 almic treatment, rehabilitation programs, or assistive technology on reading accessibility.

51 erations in providing hearing aids and other assistive technology to individuals with dual sensory im

52 ost currently available evidence for hearing assistive technology use by adults focuses on frequency-

53 ould also be developed into a rehabilitative/assistive tool that can result in flexible movements of

54 be addressed long before enteral feeding or assistive ventilatory support might be considered.