PNF Method for Those Working in Special Education
- Conditions
- Caregiver Burden
- Interventions
- Other: Static StretchingOther: PNF Stretching
- Registration Number
- NCT06466239
- Lead Sponsor
- Istanbul Medipol University Hospital
- Brief Summary
The aim of the study was to examine the acute effect of self-proprioceptive neuromuscular facilitation (PNF) stretching on chest mobility, posterior muscle chain mobility and respiratory functions in caregivers of children with developmental delays. In the study: 1. Does self-PNF stretching have an effect on chest mobility and posterior muscle chain mobility in caregivers of children with developmental delay? 2. Does self-PNF stretching have an effect on respiratory functions in caregivers of children with developmental delays? The questions were answered.
- Detailed Description
A cross-over randomized controlled study was designed with 30 caregivers of children with developmental disabilities. Using the online randomization method, caregivers were first assigned to either the PNF stretching group or the static stretching group. Before and after the application, rib cage mobility was evaluated by chest circumference measurement, hamstring muscle mobility by popliteal angle measurement, lumbar region mobility by Schober Test, posterior muscle chain mobility by Finger-Floor Distance Measurement Test, and respiratory functions by Respiratory Function Test. The caregiver, who entered a 1-day cleansing period, repeated the evaluation and technique application with the stretching technique that was not applied the next day.
Recruitment & Eligibility
- Status
- COMPLETED
- Sex
- All
- Target Recruitment
- 30
- Volunteering to participate in the study
- No history of infection or flare in the previous 4 weeks
- Participants who have not been included in another clinical trial in the last month
- Those whose knee flexion angle is 15 degrees and above in the hamstring muscle shortness test
- Vestibular disorders, participants with known balance impairment within the past three months due to concussion
- Those with musculoskeletal system problems in their lower extremities
- Those who had lower extremity and thorax surgery in the last year
- Those with metabolic diseases
Study & Design
- Study Type
- INTERVENTIONAL
- Study Design
- CROSSOVER
- Arm && Interventions
Group Intervention Description Static Stretching Group Static Stretching Classical static stretching was applied to the hamstring muscle in the same position for 30 seconds each, 8 repetitions, a total of 4 minutes for one leg and 8 minutes for both legs, in the stance position of PNF stretching. PNF Stretching Group PNF Stretching The PNF stretching method for each muscle was applied to the athlete in the form of self-stretching by the participant, with the direct treatment concept of hold and relax technique, with the training of a specialist physiotherapist. The muscle to be stretched (the antagonist muscle for the pattern - the muscle that causes the limitation) was first brought to the position where it could be extended, and at that point, the stretched muscle was contracted submaximally (65% of the intensity determined according to the Stretch Intensity Scale) for 5 seconds, causing isometric contraction. Then, the athlete was given 5 relax commands for the tense muscle. Then, the stretched muscle was stretched as far as it could go, and the muscle that needed to be stretched was passively stretched for 20 seconds (1 set). After a 5-second rest interval, the method was repeated and 8 sets (lasting 4 minutes) were performed for 1 muscle. Stretching was done on the hamstring muscle.
- Primary Outcome Measures
Name Time Method Chest Mobility Measurement 3- Subcostal region Duration of change in 1 day. Normal resting tidal volume, chest width during maximum inspiration and maximum expiration were measured from the subcostal region with a tape measure and recorded in centimeters.
Chest Mobility Measurement 1- Axillary region Duration of change in 1 day. Normal resting tidal volume, chest width during maximum inspiration and maximum expiration were measured from the axillary region with a tape measure and recorded in centimeters.
Chest Mobility Measurement 2- Xiphoid region Duration of change in 1 day. Normal resting tidal volume, chest width during maximum inspiration and maximum expiration were measured from the xiphoid (epigastric) region with a tape measure and recorded in centimeters.
- Secondary Outcome Measures
Name Time Method Popliteal Angle Measurement Duration of change in 1 day. Hamstring muscle flexibility measurement. A digital goniometer was used.
FEV1 Measurement Duration of change in 1 day. Respiratory Function Test. The COSMED microQuark spirometer used. Lung volume was evaluated.
Posterior muscle chain mobility measurement Duration of change in 1 day. Posterior muscle chain mobility was evaluated with the Finger-Floor Distance Test. A tape measure was used in the testing procedure.
FVC Measurement Duration of change in 1 day. Respiratory Function Test. The COSMED microQuark spirometer used. Lung volume was evaluated.
Schober Test Duration of change in 1 day. Lumbar mobility was evaluated with the Schober Test. A tape measure was used in the testing procedure.
Trial Locations
- Locations (1)
Ebrar Atak
🇹🇷Yalova, Turkey