2009
DOI: 10.1123/jsr.18.4.521
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Effect of Stretching on Ankle and Knee Angles and Gastrocnemius Activity during the Stance Phase of Gait

Abstract: Stretching did not alter joint angles or gastrocnemius muscle activity in the early to midstance phase of gait.

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Cited by 35 publications
(43 citation statements)
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“…37 The Oxford Foot Model marker set was used in addition to Vicon's standard lower extremity Plug-In Gait marker set ( Figure 1). Reflective markers were applied to participants' sacrum and bilaterally over the (1) Posterior Superior Iliac Spine (PSIS), (2) Anterior Superior Iliac spine (ASIS), (3) lateral thigh, (4) lateral aspect of the knee joint, (5) fibular head, (6) tibial tuberosity, (7) lateral calf, (8) anterior tibia, (9) lateral malleolus, (10) lateral calcaneus, (11) superior aspect of the posterior calcaneus, (12) midportion of the posterior calcaneus on a peg, (13) distal aspect of the posterior calcaneus, (14) proximal fifth metatarsal, (15) distal fifth metatarsal, (16) hallux, (17) distal aspect of the second metatarsal, (18) medial aspect of the distal first metatarsal, (19) dorsal aspect of the distal first metatarsal, (20) proximal first metatarsal, (21) medial malleolus, and (22) sustentaculum tali. Prior to the stretching trials, a static trial was collected.…”
Section: Methodsmentioning
confidence: 99%
“…37 The Oxford Foot Model marker set was used in addition to Vicon's standard lower extremity Plug-In Gait marker set ( Figure 1). Reflective markers were applied to participants' sacrum and bilaterally over the (1) Posterior Superior Iliac Spine (PSIS), (2) Anterior Superior Iliac spine (ASIS), (3) lateral thigh, (4) lateral aspect of the knee joint, (5) fibular head, (6) tibial tuberosity, (7) lateral calf, (8) anterior tibia, (9) lateral malleolus, (10) lateral calcaneus, (11) superior aspect of the posterior calcaneus, (12) midportion of the posterior calcaneus on a peg, (13) distal aspect of the posterior calcaneus, (14) proximal fifth metatarsal, (15) distal fifth metatarsal, (16) hallux, (17) distal aspect of the second metatarsal, (18) medial aspect of the distal first metatarsal, (19) dorsal aspect of the distal first metatarsal, (20) proximal first metatarsal, (21) medial malleolus, and (22) sustentaculum tali. Prior to the stretching trials, a static trial was collected.…”
Section: Methodsmentioning
confidence: 99%
“…The subjects recruited through simple random were given the 8 week stabilization exercises protocol and procedure [8][9][10][11][12][13][14][15][16] explained in Tables 1 and 2. The dependent variable was pain, muscle strength, ROM, and serum COMP value were measured by visual analogue scale (VAS), dynamometer, universal goniometer and ELISA test, respectively. The investigator was blinded to the measurements.…”
Section: Methodsmentioning
confidence: 99%
“…Hold the stretch for 30 seconds and relax. The procedure was carried out thrice a week for 8 consecutive weeks [9] IT band stretch Subject is in up right standing position with normal leg crossed in front of affected leg, Lean slightly forward and to normal side until subject feel a stretch on the outside of the affected side. Lean on a chair/wall if needed.…”
Section: Quadriceps Stretchmentioning
confidence: 99%
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