Unique ID issued by UMIN | UMIN000033277 |
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Receipt number | R000037938 |
Scientific Title | Do leg lowering and active strait leg raise (SLR) exercises result in difference in trunk-limb control in people with dysfunction during active SLR: randomised controlled trial |
Date of disclosure of the study information | 2018/07/10 |
Last modified on | 2021/05/17 10:15:52 |
Do leg lowering and active strait leg raise (SLR) exercises result in difference in trunk-limb control in people with dysfunction during active SLR: randomised controlled trial
Do leg lowering and active strait leg raise (SLR) exercises result in difference in trunk-limb control in people with dysfunction during active SLR: randomised controlled trial
Do leg lowering and active strait leg raise (SLR) exercises result in difference in trunk-limb control in people with dysfunction during active SLR: randomised controlled trial
Do leg lowering and active strait leg raise (SLR) exercises result in difference in trunk-limb control in people with dysfunction during active SLR: randomised controlled trial
Japan |
Dysfunction in active SLR
Rehabilitation medicine | Adult |
Others
NO
To investigate how leg lowering exercise and active SLR exercise influence on trunk-limb control.
Efficacy
Onset and amplitude of surface EMG at trunk and lower limb muscles, joint position sense at the hip during active SLR, and 2-point discrimination test prior to exercise regime (T0), one month after the exercise regime (T1) and at one month after T1 when the exercise regime has been stopped.
Interventional
Parallel
Randomized
Individual
Open -but assessor(s) are blinded
Active
2
Treatment
Other |
Leg lowering exercise at home with 10 repetitions in each side with 3 sets per day for 4 weeks
Active SLR exercise at home with 10 repetitions in each side with 3 sets per day for 4 weeks
18 | years-old | <= |
Not applicable |
Male and Female
Finger touches the floor in forward flexion in standing.
Neither pain over the spine nor lower limb during the last 1 month.
No history of surgery in the back or hip.
Neither history of diagnosed disorders in the central nervous system nor history of diagnosed scoliosis.
Score 2 or 3 in Active SLR test in the Functional Movement Screening test.
40
1st name | Hiroshi |
Middle name | |
Last name | Takasaki |
Saitama Prefectural University
Physical Therapy
3438540
Koshigaya
+81489734706
physical.therapy.takasaki@gmail.com
1st name | Hiroshi |
Middle name | |
Last name | Takasaki |
Saitama Prefectural University
Physical Therapy
343-8540
Sannomiya 820, Koshigaya, Saitama
+81489734706
takasaki-hiroshi@spu.ac.jp
Saitama Prefectural University
Saitama Prefectural University
Other
Saitama Prefectural University
Sannomiya 820, Koshigaya, Saitama
+81489710500
rinri@spu.ac.jp
NO
2018 | Year | 07 | Month | 10 | Day |
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7939983/
Published
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7939983/
40
Forty participants were randomized to the ASLR exercise group (n=20) or the reverse-ASLR exercise group (n=20). The Fisher exact test demonstrated a statistically significant difference (P=0.020) in the proportion of those with FMS ASLR score improvement to a score of 2 (ASLR exercise group, one; reverse-ASLR exercise group, eight) at follow-up 1, but no significance (P=0.106) at follow-up 2 (ASLR exercise group, none; reverse-ASLR exercise group, four).
2021 | Year | 05 | Month | 17 | Day |
Inclusion criteria were (a) age of >17 years, (b) no pain in the spine or lower extremities during the previous month, (c) no history of diagnosed spinal deformities or central nervous system disorders, and (d) ASLR-1-SMCD on both sides of ASLR.
Forty participants were randomized to the ASLR exercise group (n=20) or the reverse-ASLR exercise group (n=20).
None
Relative latency of the onsets of the left rectus abdominis muscle, bilateral internal oblique muscles, bilateral external oblique muscles, left gluteus maximum muscle, and left hamstring muscles to the onset of the right rectus femoris muscle during the right ASLR and amplitude of activity in the left rectus abdominis muscle, bilateral internal oblique muscles, bilateral external oblique muscles, left gluteus maximum muscle, and left hamstring muscles at an early phase of the ASLR
The 2-point discrimination test
Joint repositioning acuity
The Japanese version of Euro QoL 5 Dimensions
Time for reaching to 95% of the hip flexion range
Data of demographics including age, sex, and body mass index
Completed
2018 | Year | 07 | Month | 11 | Day |
2018 | Year | 06 | Month | 29 | Day |
2018 | Year | 07 | Month | 12 | Day |
2019 | Year | 01 | Month | 30 | Day |
2018 | Year | 07 | Month | 04 | Day |
2021 | Year | 05 | Month | 17 | Day |
Value
https://center6.umin.ac.jp/cgi-open-bin/ctr_e/ctr_view.cgi?recptno=R000037938
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