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Comparative Effects of Myofascial Induction Therapy Versus Gastrocnemius Pressure Release Treatment on Trigger Point Pressure Pain Threshold in Proximal Muscles and Ankle Range of Motion.

Comparative Effects of Myofascial Induction Therapy Versus Gastrocnemius Pressure Release Treatment on Trigger Point Pressure Pain Threshold of the Biceps Femoris, Flexor Digitorum Brevis and Great Extensor Digitorum Muscles and Ankle ROM: Crossover Trial Study.

Status
Completed
Phases
NA
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT06499441
Enrollment
13
Registered
2024-07-12
Start date
2024-07-22
Completion date
2024-08-03
Last updated
2024-08-06

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Manual Therapy, Myofascial Trigger Point, Pain Threshold, Range of Motion

Keywords

Fascia, myofascial trigger point, lower limb

Brief summary

The aim of the study is to test the effect of myofascial induction and pre-pressure release of the grastrocnemius muscle on the proximal musculature: biceps femoris, flexor digitorum brevis and extensor digitorum grandus on the pain pre-pressure threshold variable and range of motion of ankle with knee bend and flexed

Interventions

OTHERMyofascial induction in gastrocnemius

A 3-pass shallow leg gliding technique was applied first, followed by 5 minutes of the deep myofascial calf induction technique described by Pilat.

Also called ischaemic pressure. Three cycles of pressure are applied to the trigger point of the gastrocnemius muscle until the pain disappears on pressure.

Sponsors

Mayuben Private Clinic
Lead SponsorOTHER

Study design

Allocation
RANDOMIZED
Intervention model
CROSSOVER
Primary purpose
TREATMENT
Masking
NONE

Eligibility

Sex/Gender
ALL
Age
18 Years to 39 Years
Healthy volunteers
Yes

Inclusion criteria

* Subjects from 18 to 39 years old. * Healthy subjects with trigger point 1 of the gastrocnemius muscle in both lower limbs

Exclusion criteria

* Diagnosis of lower limb injury, including any tendinopathy, bursitis, ligamentous involvement, and/or fasciitis * History of lower limb surgery or history of lower-extremity injury with residual symptoms (pain or feeling of sensations) within the last year. * Participants could not have undergone ankle stretching or any other treatment. * Diabetes due to possible alteration of arterial distal circulation. * Foot deformity, cavus, and flat feet. * Foot deformities, such as hammer toes and hallux valgus, * Plantar corns and calluses. * Lower limb dysfunction or chronic injury.

Design outcomes

Primary

MeasureTime frameDescription
1.Threshold of pain on pressure on biceps femoris before.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
2.Pain threshold to pressure in the extensor digitorum longus muscle before.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
3.Pain threshold to pressure on flexor digitorum brevis muscle before.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
4.Pain threshold on biceps femoris pressure after.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
5.Pain threshold to pressure in the extensor digitorum longus muscle after.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
6.Pain threshold on pressure in the flexor digitorum brevis muscle tras.Immediately before the intervention.The pressure at which the patient starts to feel pain with pressure is measured 3 times with an algometer. It is measured in newtons
7. Ankle range of motion with knee extended before interventionImmediately before the intervention.The joint amplitude is measured in dorsiflexion of the ankle joint with the knee extended under load and is measured with an inclinometer in degrees. measured in degrees.
8. Ankle range of motion with knee flexed before interventionImmediately before the intervention.The joint amplitude is measured in dorsiflexion of the ankle joint with the knee flexed under load and is measured with an inclinometer in degrees. measured in degrees.
9. Ankle range of motion with knee extended after interventionImmediately after the intervention.The joint amplitude is measured in dorsiflexion of the ankle joint with the knee extended under load and is measured with an inclinometer in degrees. measured in degrees.
10. Ankle range of motion with knee flexed after interventionImmediately after the intervention.The joint amplitude is measured in dorsiflexion of the ankle joint with the knee flexed under load and is measured with an inclinometer in degrees. measured in degrees.

Countries

Spain

Outcome results

None listed

Source: ClinicalTrials.gov · Data processed: Feb 4, 2026