Forward Head Posture
Conditions
Keywords
Forward Head Posture, Diaphragmatic breathing exercise, Thoracic Extension Exercise, Cardiorespiratory parameters, Craniovertebral Angle
Brief summary
The main objective of this study is to find the effects of breathing exercises on cardiorespiratory parameters in subjects with forward head posture. This will be a Randomized Clinical Trial study with two different breathing exercises which include Diaphragmatic Breathing Exercise (DBE) for Treatment group A individuals and Thoracic Extension Exercise (TEE) for Treatment Group B individuals will be performed along with ergometric advices. Each exercise session will be done three times per week for total over a period of 12 weeks. Outcomes will be measured at baseline, 6th and 12th week with photogrammetry method for craniovertebral angle (CVA) and spirometer for pulmonary function test values (PFTs).
Detailed description
The Forward Head Posture (FHP)is the poor posture alignment of the body in which the craniovertebral angle is \<50 degrees. This FHP causes the deep cervical flexors to become weak and excessive use of the sternocleidomastoid and anterior scalene muscle leads towards compromised respiratory functions. The diaphragm mobility is also reduced which effect the lung volume and capacities. FHP is due to weak deep neck flexor muscles which are compensated by the over-activity of sternocleidomastoid and scalene muscle. This in turn leads to many musculoskeletal changes like muscular imbalance, changes in stress-strain curve due to over activity of cervical spine. FHP can badly effect thoracic expansion and alveolar ventilation which can reduce vital capacity, reduce lung volumes and lung capacities thus leading towards respiratory function weakening. Prolonged FHP not only affect the muscles but also involve ligaments of the cervical and upper thoracic spine which cause the respiratory disorders and the end result of these changes shows that 83% of individuals with this forward head posture had altered breathing pattern. This shows that there is strong relation between cervical posture and respiratory parameters. The respiratory function is usually affected by any change in muscle activity which is caused by pain in neck flexors or extensors and their reduced activity which causes changes in vicious circle of the neck. For improvements in such forward head posture and its related problems many therapeutic and rehabilitative techniques have been used such as Kinesio tapping, myofascial release, and Mckenzie exercises.All of these showed positive impact in improving the forward head posture and reducing impairments. Some of the previous exercises mentioned showed the positive combined effects of breathing exercises and therapeutic exercises
Interventions
The subjects in this group will perform Diaphragmatic Breathing Exercise Group
OTHERThoracic Extension Exercise Group
The subjects in this group will perform Thoracic Extension Exercise Group
Sponsors
Riphah International University
Study design
Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
TREATMENT
Masking
DOUBLE (Subject, Outcomes Assessor)
Eligibility
Sex/Gender
ALL
Age
30 Years to 45 Years
Healthy volunteers
No
Inclusion criteria
* Both Males and Females are included * Age group: Middle age adult from 30 to 45 years are included * Individuals with forward head posture and Craniovertebral Angle \<50o
Exclusion criteria
* Previous history of neck or back surgery or neurological signs * Psoriatic arthritis or rheumatoid arthritis * Currently using muscle relaxation medication * Cervical fracture, trauma or tumor * Unstable cardiac condition * Undergone any thoracic or abdominal surgery
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Photogrammetry Method for Forward Head Posture Assessment | Baseline; 6th Week; 12th Week | Photogrammetry is a reliable and accurate tool for measurement of angles. It is used to measure the FHP through measurement of Craniovertebral angle (CVA) measurement. CVA is the inner angle between the horizontal line drawn from C7 spinous process to the midpoint of the tragus. As the higher the CVA the higher the FHP. All measurements are done after taking a photograph via digital camera in lateral-view in standing position |
| Spirometry for Pulmonary Function Test FEV1 | Baseline; 6th Week; 12th Week | Spirometry method is use to measure pulmonary functions by assessing the lung volumes and capacities. As these pulmonary values will changed after FHP as the mobility of cervical spine and diaphragm are compromised. Spirometry is a cost effect, environment friendly, noninvasive and sensitive tool which can easily help in assessment of pulmonary function |
| Spirometry for Pulmonary Function Test FVC | Baseline; 6th Week; 12th Week | Spirometry method is use to measure pulmonary functions by assessing the lung volumes and capacities. As these pulmonary values will changed after FHP as the mobility of cervical spine and diaphragm are compromised. Spirometry is a cost effect, environment friendly, noninvasive and sensitive tool which can easily help in assessment of pulmonary function |
| Spirometry for Pulmonary Function Test FEV1/FVC ratio | Baseline; 6th Week; 12th Week | Spirometry method is use to measure pulmonary functions by assessing the lung volumes and capacities. As these pulmonary values will changed after FHP as the mobility of cervical spine and diaphragm are compromised. Spirometry is a cost effect, environment friendly, noninvasive and sensitive tool which can easily help in assessment of pulmonary function |
Countries
Pakistan
Outcome results
None listed