Effect of hamstring MET versus psoas MET on lumbar range of motion

Item

Title
Effect of hamstring MET versus psoas MET on lumbar range of motion
Author(s)
Ladygina, Anatassia
Abstract
BackgroundMuscle energy techniques (MET) are utilized to increase extensibility of a muscle. Previous studies investigated the effect the MET on the hamstring and psoas muscle flexibility by assessing range of motion (ROM). Research exists investigating the effect of improved hamstring flexibility on lumbar ROM, however majority of previous studies focused on the sagittal plane of motion only and limited research is available comparing the effect of both hamstring and psoas on lumbar ROM. ObjectivesTo investigate the effect of hamstring and psoas muscles MET on lumbar ROM.
DesignA controlled pre and post-intervention comparison. MethodParticipants attended for three interventions. Lumbar ROM was measured three times in each direction of movement (flexion, extension, right and left lateral bending, right and left rotation) pre-intervention with measurements repeated post-intervention. The order of interventions was preset by the examiner: MET to hamstring, MET to psoas major, and control (lying supine on couch for 4 minutes). All subjects acted as their own controls. ParticipantsSixteen healthy asymptomatic subjects (8 females and 8 males, aged 21 to 34 years old (mean=26 (SD4.93) years). ResultsThere were no significant changes in all directions of lumbar ROM after MET to both hamstring and both psoas muscles. There were no significant changes in all directions of lumbar ROM in the control group. ConclusionsMET to the hamstrings and psoas major muscles resulted in no change in lumbar ROM.
Date Accepted
2018
Date Submitted
9.11.2018 13:07:02
Type
osteo_thesis
Language
English
Number of pages
48
Submitted by:
4457
Pub-Identifier
16217
Inst-Identifier
1076
Keywords
Hamstrings, muscle energy technique, psoas, lumbar spine
Recommended
1
Item sets
Thesis

Ladygina, Anatassia, “Effect of hamstring MET versus psoas MET on lumbar range of motion”, Osteopathic Research Web, accessed May 4, 2024, https://www.osteopathicresearch.com/s/orw/item/2136