ライフサイエンスコーパス: gait analysis

1 motor function assessed by automated CatWalk gait analysis.

2 dence of knee OA who underwent 3-dimensional gait analysis.

3 n the human body are too invasive for use in gait analysis.

4 re applications of pose estimation for human gait analysis.

5 and forward propulsion, assessed through 3D gait analysis.

6 althcare applications involving sensor-based gait analysis.

7 progress and, more broadly, for free-living gait analysis.

8 CatWalk gait analysis also supported that antinociceptive effect

9 osthetic-specific joint detector video-based gait analysis also works on these individuals.

10 ed on a multi-scale assessment and automated gait analysis, also were improved by TSC treatment.

11 tients with medial tibiofemoral OA underwent gait analysis and radiographic evaluation.

12 nalytical platform for automated free-living gait analysis and use it to investigate a novel, multi-d

13 Dynamic knee loading was assessed with gait analysis, and both the peak external knee adduction

14 ory, executive functions, circadian rhythms, gait analysis, and level of motor activity.

15 ed to pain (von Frey stimulation and CatWalk-gait analysis), anxiety (elevated plus maze, EPM) and de

16 Gait analysis as well as muscle strength testing in youn

17 Clinical gait analysis attempts to provide, in a pathological con

18 ayesian causal forests) and a large clinical gait analysis database to estimate the average treatment

19 Furthermore, gait analysis demonstrated that transplanted rats showed

20 ta collection but also enhances personalized gait analysis, enabling more efficient and accessible ap

21 Gait analysis evaluated with video motion-tracking confi

22 nimal user input, and does not require prior gait analysis expertise.

23 y-stride basis and a workflow for performing gait analysis from video.

24 In this cross-sectional study, instrumented gait analysis had good discriminative validity and revea

25 Quantitative three-dimensional gait analysis has been used to evaluate the loading at t

26 e visual observation of walking as objective gait analysis has not been possible within clinical sett

27 Validation of gait analysis has the potential to bridge the gap betwee

28 Computerized gait analysis in patients with complex gait patterns hel

29 Clinical gait analysis incorporating three-dimensional motion ana

30 Rotarod and gait analysis indicated motor system decline with elevat

31 Human gait analysis is often conducted in clinical and basic r

32 is shape is known to differ between sex, and gait analysis is performed in populations with wide rang

33 3-D gait analysis is the gold standard but many healthcare c

34 Gait analysis is used in clinical practice to inform dia

35 trained on a large dataset from our clinical gait analysis laboratory, which produces accurate cycle-

36 romising alternative to traditional clinical gait analysis methods, adds to the growing body of knowl

37 utility for data-efficient generalization of gait-analysis models across different clinical populatio

38 However, current gait-analysis models are usually specialized for specifi

39 important to validate the CatWalk XT in the gait analysis of adolescent mice and unravel factors tha

40 Our experimental gait analysis of locomotor kinematics across 42 individu

41 The CatWalk gait analysis of rodents during adolescence, taking the

42 imilar gait disorders utilizing instrumented gait analysis procedures.

43 tive of the hundreds of univariate treadmill gait analysis published over the last two decades.

44 n relationships may be fundamental to rodent gait analysis regardless of the gait pathology in questi

45 However, clinical gait analysis relies on subjective visual observation of

46 Moreover, quantitative gait analysis revealed a deficit of locomotor behavior i

47 Finally, gait analysis showed that these processes effectively re

48 Gait analysis suggested better early functional recovery

49 Clinical gait analysis supports treatment decisions for patients

50 This study aims to develop a 4-limb canine gait analysis system using wireless inertial measurement

51 A sixteen-camera three-dimensional VICON gait analysis system with four AMTI force platforms was

52 y using the Basso Mouse Scale (BMS), CatWalk gait analysis system, and horizontal ladder task over si

53 l disability, who completed the 6MWT wearing gait analysis system.

54 Most gait analysis systems require large amounts of space, re

55 One of the reasons why gait analysis techniques have not penetrated rehabilitat

56 ese 237 patients also underwent quantitative gait analysis to determine the maximum knee adduction mo

57 PD using a mobile, biosensor based Embedded Gait Analysis using Intelligent Technology (eGaIT).

58 -based pose estimation suggest potential for gait analysis using two-dimensional video collected from

59 r misplacement-considered the main factor in gait analysis variability.

60 Gait analysis was performed at 1,3,6, and 12-weeks, as w

61 Gait analysis was performed on 50 subjects who were preo

62 Gait analysis was performed using an instrumented walkwa

63 ion Technology, Wageningen, The Netherlands) gait analysis was significantly impaired in propofol-sed

64 Gait analysis was undertaken pre-operatively and at 1, 3

65 Gait analysis was used to calculate the peak external kn

66 blinded study using objective spatiotemporal gait analysis, we assessed the impact of unilateral and

67 s >= 65 years old who underwent quantitative gait analysis, we examined associations of serum bicarbo

68 Through kinematic gait analysis, we found a relationship between K/L score

69 The results of knee gait analysis were comparable with normal population dat

70 ng wearable sensor data and particularly for gait analysis, which provides important biomarkers in mu

71 ility were measured followed by instrumented gait analysis with a multi-segment foot model.

72 artificial intelligence enables quantitative gait analysis with commodity sensors.

73 g with a burst superimposition technique and gait analysis with surface electromyography to calculate