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A.T. Literature- Wheelchair Propulsion Monitor

  1. 17,000 Bouts of Mobility
  2. Activity Monitors for Wheelchair Users
  3. Advances in Manual Wheelchair Technology
  4. Analyzing Wheelchair Mobility Patterns of Community-Dwelling Older Adults
  5. Assessment of Joystick Control During the Performance of Powered Wheelchair Driving Tasks
  6. Biomechanical Analysis of Wheelchair Wheelie Performance
  7. Characterization of Power Wheelchair Use in the Home and Community
  8. Comparing Handrim Biomechanics for Treadmill and Overground Wheelchair Propulsion
  9. Could Mobility Performance Measures Be Used to Evaluate Wheelchair Skills?
  10. Detection of Wheelchair User Activities Using Wearable Sensors
  11. Development and Validation of a Physical Activity Monitor for Use on a Wheelchair
  12. Development of a Wheelchair Monitoring System
  13. Development of an Instrumented Wheel for Manual Wheelchair Propulsion Assessment
  14. Effect of Choice of Recovery Patterns on Handrim Kinetics in Manual Wheelchair Users With Paraplegia and Tetraplegia
  15. Effect of Wearing an Activity Monitor on the Amount of Daily Manual Wheelchair Propulsion in Persons With Spinal Cord Injury
  16. Effects of a Dynamic Seating on Wheelchair Propulsion in Individuals With SCI
  17. Elbow Kinematics During Overground Manual Wheelchair Propulsion in Individuals With Tetraplegia
  18. Estimating Stroke Number and Cadence of Wheelchair Propulsion Using Portable Sensors
  19. Evaluation of Manual Wheelchair Performance in Everyday Life
  20. High-Tech Tool
  21. How You Push Matters!
  22. Individual Muscle Contributions to Push and Recovery Subtasks During Wheelchair Propulsion
  23. Kinematic State of the Hand at Impact with the Wheelchair Handrim as a Function of Handrim Compliance
  24. Kinetic Analysis of Wheelchair Propulsion for Various Surface and Ramp Conditions
  25. Manual Wheelchair Propulsion Patterns on Natural Surfaces
  26. Manual Wheelchair Pushrim Dynamics in People With Multiple Sclerosis
  27. Manual Wheelchair Use: Bouts of Mobility in Everyday Life
  28. Multisite Comparison of Wheelchair Propulsion Kinetics in Persons with Paraplegia
  29. Optimizing Wheelchair Performance in the First Year Following Spinal Cord Injury
  30. Pilot Study for Quantifying Driving Characteristics During Power Wheelchair Soccer
  31. Predicting Energy Expenditure of Manual Wheelchair Users With Spinal Cord Injury Using a Multisensor-Based Activity Monitor
  32. Pushing a Wheelchair: Simple Task - or Accomplished Skill?
  33. Pushrim Kinetics During Advanced Wheelchair Skills in Manual Wheelchair Users With Spinal Cord Injury
  34. Redefining the Manual Wheelchair Stroke Cycle: Identification and Impact of Nonpropulsive Pushrim Contact
  35. Shoulder Demands in Manual Wheelchair Users Across a Spectrum of Activities
  36. Shoulder Joint Kinetics During Wheelchair Propulsion on a Treadmill at Two Different Speeds in Spinal Cord Injury Patients
  37. Shoulder Model Validation and Joint Contact Forces During Wheelchair Activities
  38. Test-Retest Reliability and Minimal Detectable Change of the SmartWheel Clinical Protocol
  39. The Adaptation and Calibration of the SMARTHUB for Measuring Ground Reaction Forces on Manual Wheelchairs
  40. The Effect of Four Different Stroke Patterns on Manual Wheelchair Propulsion and Upper Limb Muscle Strain
  41. The Effect of Hand Contact Speed on Wheelchair Propulsion Kinetics
  42. The Effect of Variable Practice on Wheelchair Propulsive Efficiency and Propulsive Timing
  43. The Effects of Rear-Wheel Camber on the Kinematics of Upper Extremity During Wheelchair Propulsion
  44. The Influence of Verbal Training and Visual Feedback on Manual Wheelchair Propulsion
  45. The Relationship Between Wheelchair Mobility Patterns and Community Participation Among Individuals With Spinal Cord Injury
  46. Validation of a Biofeedback System for Wheelchair Propulsion Training
  47. Validity of the Detection of Wheelchair Propulsion as Measured With an Activity Monitor in Patients With Spinal Cord Injury
  48. Variability and Complexity of Shoulder Motion During Wheelchair Propulsion
  49. Variability in Bimanual Wheelchair Propulsion: Consistency of Two Instrumented Wheels During Handrim Wheelchair Propulsion on a Motor Driven Treadmill
  50. Wheelchair Propulsion Biomechanics in Patients with Multiple Sclerosis
  51. Wheelchair Propulsion Biomechanics, Weight, and Median Nerve Damage: A Longitudinal Study
  52. Wheelchair Propulsion Demands During Outdoor Community Ambulation
  53. Wheelchair-Mounted Accelerometers for Measurement of Physical Activity
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    Maintained for the National Institute on Disability and Rehabilitation Research of the U.S. Dept. of Education
    by ICF Macro under Contract No. ED-04-CO-0018/0007.

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