Nursing and Health Professions
Low Back Pain
100%
Walking Speed
54%
Partial Least Squares Regression
50%
Rehabilitation Engineering
48%
Accelerometer
37%
Step Length
26%
Systematic Review
26%
Discriminant Analysis
25%
Stride Time
24%
Wearables
21%
Electromyogram
21%
Time Series Analysis
21%
Accelerometry
20%
Cognitive Defect
20%
Disease
17%
Artificial Neural Network
17%
Berg Balance Scale
17%
Pilot Study
17%
Spine Fracture
17%
Principal Component Analysis
16%
Random Forest
16%
Hospital
16%
Albendazole
14%
Kyphosis
14%
Step Width
13%
Drug Therapy
13%
Analysis of Variance
13%
Fall Risk Assessment
13%
Diagnosis
13%
Stride Length
12%
Multilevel Analysis
11%
Effect Size
11%
Clinician
11%
Balance Impairment
11%
Walk Test
10%
Frailty
10%
Injury
10%
Sensitivity and Specificity
10%
Unsupervised Machine Learning
9%
Timed Up and Go Test
9%
Area under the Curve
9%
Muscle Thickness
8%
Logistic Regression Analysis
8%
Meta Analysis
8%
Leg Amputation
8%
Least Square Analysis
8%
Multivariate Analysis
8%
Outpatient
8%
Electromyography
8%
Mental Health
8%
Medicine and Dentistry
Low Back Pain
61%
Geriatrics
53%
Pelvis
48%
Apoplexy
36%
Walking Speed
36%
Leg
27%
Chest
27%
Sensitization
26%
Muscle Contraction
25%
Cognitive Defect
24%
Principal Component Analysis
22%
Drug Therapy
21%
Partial Least Squares Regression
20%
Gait
20%
Walking Ability
19%
Patient Characteristics
19%
Accelerometer
18%
Energy Expenditure
17%
Back Muscle
17%
Body Position
17%
Elbow Joint
17%
Elbow Arthroplasty
17%
Wearable Sensor
17%
Clinical Trial
15%
Rehabilitation Engineering
15%
Spectroscopy
13%
Activities of Daily Living
12%
Injury
12%
Fall Prevention
11%
Discriminant Analysis
11%
Fall Risk Assessment
11%
Motor Control
11%
Clinician
11%
Clinical Assessment
10%
Coherence
10%
Diagnosis
10%
Mental Health
10%
Gastrocnemius
10%
Outpatient
10%
Heel
10%
Standing
10%
Sedative Agent
9%
Pelvic Girdle Pain
9%
Timed Up and Go Test
9%
Hip
9%
Albendazole
9%
Systematic Review
8%
Multivariate Analysis
8%
Kyphosis
8%
Orthosis
8%
Keyphrases
Gait
55%
Chronic Low Back Pain (cLBP)
34%
Older Adults
34%
Exergames
26%
Central Sensitization
25%
Healthy Adults
18%
Older Patients
17%
Sedative Medication
17%
Intermuscular
17%
Frailty
17%
Physical Activity Level
17%
Gait Parameters
15%
Aging Effect
14%
Dynamic Balance
14%
Acceleration Time Series
14%
Balance Training
13%
Treadmill Walking
13%
Walking Speed
13%
Gait Recognition
13%
Shapley Additive Explanations
12%
Drug Burden Index
11%
Gait Performance
11%
Split-belt Adaptation
11%
Cumulative Exposure
10%
Older Individuals
10%
Machine Learning
10%
Beta Band
10%
Balance Ability
10%
Gastrocnemius
10%
Multiple Gaits
10%
Physical Function
10%
Physical Functioning
10%
Able-bodied
10%
Motor Learning
10%
Split-belt Treadmill
9%
Adaptation
9%
Central Sensitization Inventory
9%
Task Specificity
9%
Dynamic Gait
9%
Age-specific
9%
Cognitive Function
9%
Healthy Controls
9%
Berg Balance Scale
9%
Figure-of-eight
9%
Age Groups
9%
Synergistic Structure
8%
Panoramic Ultrasound
8%
Skill Learning
8%
Anticipatory Control
8%
IPod Touch
8%
