ライフサイエンスコーパス: dexterity

1 ssing speed, auditory memory, and fine motor dexterity.

2 extract and use energy with ever increasing dexterity.

3 e movement patterns without requirements for dexterity.

4 rength with manual testing as well as manual dexterity.

5 surgical training, the quintessence of human dexterity.

6 ecific rehabilitation showed improved manual dexterity.

7 ial and emotion processing; and sensorimotor dexterity.

8 rovide an objective measure of the surgeon's dexterity.

9 decreases in spontaneous activity and manual dexterity.

10 all tests except for grip strength and motor dexterity.

11 ng, reaction time, intelligence, memory, and dexterity.

12 does it contribute to the recovery of manual dexterity?

13 al processing (2p25 and 16q23), sensorimotor dexterity (2q24 and 2q32), prepulse inhibition (5p15), t

14 of the proposed advantages include increased dexterity and a superior ergonomic position for the oper

15 these features may be associated with manual dexterity and coordination of the hands, a characteristi

16 lecular foundations of the genus' astounding dexterity and diversity in secondary metabolism, and on

17 etic feedback will considerably increase the dexterity and embodiment of upper-limb neuroprostheses a

18 cross species and may explain differences in dexterity and even the capacity for tool use.

19 This implies that dexterity and force generation require intact attention

20 of motor learning to explain the exceptional dexterity and rapid adaptation to change, which characte

21 also seen on lower level motor functions of dexterity and strength-by examining relationships betwee

22 stocene), indicating that humans with manual dexterity and the experiential knowledge to use hammerst

23 Throughout learning, improvements in dexterity and visuo-motor co-ordination correlated with

24 ppropriate rehabilitation to build strength, dexterity, and endurance.

25 n the domains of executive abilities, manual dexterity, and peripheral motor strength.

26 e function, academic achievement, fine motor dexterity, and socioemotional health.

27 Although general impairments in manual dexterity are well-documented in older adults, it is unc

28 s into adulthood and exhibit superior manual dexterity as compared with that of controls.

29 agnifier is influenced by age-related manual dexterity decline.

30 Dexterity develops during the later phases of refining a

31 did executive function (P < .01), but motor dexterity did not (P > .15), remaining below controls (P

32 ing measures of social complexity and manual dexterity, failed to predict success at opening the boxe

33 rgery as well as increased magnification and dexterity for minimally invasive surgery.

34 stralopithecus africanus employed human-like dexterity for stone tool making and use 3 million years

35 ificant changes occurred in grip strength or dexterity from preoperative baseline to 3 and 12 months

36 graph recall test 0.29, -1.2 to 1.8), manual dexterity (Grooved Pegboard Test 4.2, -1.3 to 9.7), and

37 However, at 16-32 weeks later, when dexterity had largely recovered, RFs of cuneate neurons

38 In tests of forelimb dexterity, however, Sox11 overexpression in the cortex c

39 Superior manual dexterity in higher primates emerged together with the a

40 ural mechanisms that underlie our effortless dexterity in manipulating objects.

41 l rehabilitation promotes recovery of manual dexterity in rats with cervical spinal cord injuries.

42 Similarly, the dexterity in the non-dominant hand is usually decreased

43 er-nose tests, however, showed poorer manual dexterity in the older group, and these correlated with

44 Importantly, hand motor output and hand dexterity increased in individuals with spinal cord inju

45 or tasks requiring different degrees of hand dexterity: index finger abduction, a precision grip, and

46 However, in attention to detail and dexterity involving executive function, although males w

47 According to Newell, "dexterity" is the ability of an organism to make goal-di

48 possibly operating rooms where the surgeon's dexterity may be enhanced.

49 The dexterity may lead to new technologies, such as reconfig

50 92), verbal fluency (mean, -0.89), and motor dexterity (mean, -2.5).

51 great promise for improving the accuracy and dexterity of a surgeon and minimizing trauma to the pati

52 minimising the functional deficit in manual dexterity or ambulation for the patient.

53 patients with poor vision, decreased manual dexterity, or strong preference.

54 CT but declined significantly for fine motor dexterity ( P < .001) after myeloablative HCT.

55 omotor skills (P = .02), and motor speed and dexterity (P < .001), with the benefits of donepezil gre

56 iscrimination, P = .007) and motor speed and dexterity (P = .016).

57 (p=0.053), the Purdue pegboard test of hand dexterity (p=0.318), the reduction in off time (p=0.105)

58 ose oil, and thyme oil (P < 0.007 for manual dexterity, P < 0.02 for ball skills, and P < 0.03 for st

59 ine cortical areas that contribute to manual dexterity, reaching, and grasping.

60 , although not a control, achieved video and dexterity scores equivalent to expert levels of performa

61 s for measurement were identified (strength, dexterity, sensation, gait, balance, power, endurance),

62 Manual dexterity should be considered as a possible prognostic

63 ng, and significant weaknesses in fine motor dexterity/speed and nonsignificant weaknesses in nonverb

64 electromyographic activity as well as a hand dexterity task were measured before and after both proto

65 of a mean of 15 timed arm movements and hand dexterity tasks).

66 le dorsiflexion strength and functional hand dexterity test being most affected.

67 with CMT4C recorded more affected functional dexterity test scores than did those with all other type

68 s, 2 of 25 visual spatial tests, and 2 of 19 dexterity tests.

69 the networked operating room, enhancement of dexterity to facilitate microscale operations, and devel

70 The improved dexterity, visualization, and ergonomics of robotic syst

71 The recovery of manual dexterity was analyzed in the macaque following a cervic

72 Manual dexterity was assessed using the Jebsen-Taylor hand-func

73 Pain score, grip strength, and dexterity were measured before surgery and at 3 and 12 m

74 Grip strength and manual dexterity were not changed by radial artery harvesting a

75 in the substantia nigra and improved manual dexterity were noted but did not reach statistical signi

76 These age-associated impairments in dexterity while interacting with low-friction surfaces m

77 ecovery in general motor tests and in manual dexterity with remarkable restoration of pre-lesion move