Rehabilitation and Therapy Commons^™

Test-Retest Reliability Of Temporal And Spatial Gait Characteristics Measured With An Instrumented Walkway System (Gaitrite®), Cornelius J.T. Van Uden, Marcus P. Besser

Department of Physical Therapy Faculty Papers

Background
The purpose of this study was to determine the test-retest reliability of temporal and spatial gait measurements over a one-week period as measured using an instrumented walkway system (GAITRite®).

Methods
Subjects were tested on two occasions one week apart. Measurements were made at preferred and fast walking speeds using the GAITRite® system. Measurements tested included walking speed, step length, stride length, base of support, step time, stride time, swing time, stance time, single and double support times, and toe in-toe out angle.

Results
Twenty-one healthy subjects participated in this study. The group consisted of 12 men and 9 women, …

An Electromyographic And Motion Analysis Of Forward And Backward Walking, Sarah Dekrey, Lori Guderian, Kerry Hendricksen, Glenda Scott

Physical Therapy Scholarly Projects

Backward walking is a common intervention in the rehabilitation of lower extremity injuries. Despite its popularity, there is limited research available on the EMG activity during backward walking at an incline when compared to forward walking. In this study, we recorded EMG activity in four muscles of the lower extremity and utilized motion analysis to evaluate the knee range of motion when walking forward and backward on a treadmill at 0 and 15 percent grade inclines.

Overall, our results indicated a greater increase in muscle activity during backward walking than forward walking. Walking backward at a 15 percent grade incline …

Preliminary Validation Of A Mobility Obstacle Course For Persons With Mobility Impairment, Stephen F. Figoni, Christian Thompson, A. Katherine Froehlich, Dot E. Nary, Janet Marquis, Glen W. White

Kinesiology (Formerly Exercise and Sport Science)

The purpose of this study was to assess the reliability and validity of a mobility obstacle course for women with mobility impairments. Participants included 72 adult women with permanent physical disabilities including arthritis, orthopedic conditions, paraplegia, and others. The 60-m course consisted of carpeted runways and turns, ramps, a doorway, a transfer, and object manipulation. Participants completed two trials, walking or wheeling through the course as quickly as possible, safely and without running. Total course time and peak heart rate data were correlated with SF-36 health survey subscales. Overall, peak heart rate was significantly (p < .05) correlated with physical functioning (r = -.328), limitations due to physical functioning (r = .261), and pain (r = .296). Total course time was significantly correlated with physical functioning. These findings indicate very high reliability and preliminary evidence of validity.

Comparison Of The Walking Performance At Two Different Speeds In Adolescents With And Without Juvenile Arthritis Using A Dual-Task Method, Doreen M. Stiskal-Galisewski

Seton Hall University Dissertations and Theses (ETDs)

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An Electromyographic Analysis Study Of Forward And Backward Walking, Heidi Schwartz

Physical Therapy Scholarly Projects

Backward walking, a closed kinetic chain exercise, has become an increasingly popular intervention following lower extremity injuries secondary to suggested increases in muscle activity. Despite its use, there is limited research available relative to walking at inclines, forwards or backwards above 24 and 15 percent respectively. For this study we recorded EMG activity in six muscles while walking forward and backward on a treadmill at 0, 25, and 35 percent inclinations.

In general, our results indicated a greater increase in muscle activity during BW than FW. BW at 35 percent inclination elicited the greatest EMG increase within the rectus femoris …

An Electromyographic Analysis Study Of Forward And Backward Walking, Carrie M. Voeller

Physical Therapy Scholarly Projects

Backward walking, a closed kinetic chain exercise, has become an increasingly popular intervention following lower extremity injuries secondary to suggested increases in muscle activity. Despite its use, there is limited research available relative to walking at inclines, forward or backward, above 24 and 15 percent respectively. For this study we recorded EMG activity in six muscles while walking forward and backward on a treadmill at 0,25, and 35 percent inclinations.

In general, our results indicated a greater increase in muscle activity during BW than FW. BW at 35 percent inclination elicited the greatest EMG increase within the rectus femoris (47%), …

An Electromyographic Analysis Study Of Forward And Backward Walking, Elizabeth Frye

Physical Therapy Scholarly Projects

Backward walking, a closed kinetic chain exercise, has become an increasingly popular intervention following lower extremity injuries secondary to suggested increases in muscle activity. Despite its use, there is limited research available relative to walking at inclines, forward or backward, above 24 and 15 percent respectively. For this study we recorded EMG activity in six muscles while walking forward and backward on a treadmill at 0, 25, and 35 percent inclinations.

In general, our results indicated a greater increase in muscle activity during BW than FW. BW at 35 percent inclination elicited the greatest EMG increase within the rectus femoris …

An Electromyographic Analysis Study Of Forward And Backward Walking, Jennifer C. Coauette

Physical Therapy Scholarly Projects

Backward walking, a closed kinetic chain exercise, has become an increasingly popular intervention following lower extremity injuries secondary to suggested increases in muscle activity. Despite its use, there is limited research available relative to walking at inclines, forwards or backwards above 24 and 15 percent respectively. For this study we recorded EMG activity in six muscles while walking forward and backward on a treadmill at 0, 25, and 35 percent inclinations.

In general, our results indicated a greater increase in muscle activity during BW than FW. BW at 35 percent inclination elicited the greatest EMG increase within the rectus femoris …

An Electromyographic Study Of Backward Walking In Normals And In Subjects Following Anterior Cruciate Ligament Repair, Matthew Johnson

Physical Therapy Scholarly Projects

Physical therapy strives to incorporate innovative and efficient protocols for rehabilitation of anterior cruciate ligament (ACL) surgeries. Research supports the benefits of closed kinetic chain exercises (distal segment of extremity is fixed) over the traditional open kinetic chain exercises (distal segment not fixed). It is theorized that backward walking on inclined surfaces will recruit the knee musculature to a greater extent than forward walking, but there is little research to support this theory. The purpose of this study was to utilize electromyography during treadmill walking to analyze the muscle activity in the lower extremity of individuals were normal and who …

An Electromyographic Study Of Forward And Backward Walking In Normals And In Subjects Following Anterior Cruciate Ligament Repair, Christopher C. Kraemer

Physical Therapy Scholarly Projects

Physical therapy strives to incorporate innovative and efficient protocols for rehabilitation of anterior cruciate ligament (ACL) surgeries. Research supports the benefits of closed kinetic chain exercises (distal segment of extremity is fixed) over the traditional open kinetic chain exercises (distal segment not fixed). It is theorized that backward walking on inclined surfaces will recruit the knee musculature to a greater extent than forward walking, but there is little research to support this theory. The purpose of this study was to utilize electromyography during treadmill walking to analyze the muscle activity in the lower extremity of individuals were normal and who …

The Effect Of Backward Treadmill Walking On Lower Extremity Kinetics, Scott Billing

Physical Therapy Scholarly Projects

Many physical therapy diagnoses require minimal anterior loading of the knee in their rehabilitation protocols. These include, but are not limited to, tibial plateau fractures, patellofemoral pain, patellar fractures, quadriceps tendinitis, and status post anterior cruciate ligament reconstruction. In the clinical setting, backward walking (BW), or "retro-walking," is often used during the rehabilitation of such diagnoses. We propose backward walking will initiate greater hamstring recruitment due to the kinematics and kinetics of this gait pattern and thereby result in less anterior knee stress. It is the purpose of this research project to determine if hamstring recruitment can increase in a …