Exemplos de uso de Forward head posture em Inglês e suas traduções para o Português
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The smaller the angle,the greater the forward head posture.
CONCLUSION: in the forward head posture is concluded that the voice becomes more acute.
Other authors have also confirmed that the more severe is the TMD,the more pronounced is forward head posture.
In contrast, Lee et al. reported greater forward head posture in patients with TMD compared with a CG.
Forward head posture has been suggested as a factor interrelated with TMD, however it is not clear whether it is cause or effect.
Pain may increase muscle tone resulting in forward head posture and mandible retraction.
The adoption of forward head posture for computer use may be linked to the onset of orofacial symptoms.
In contrast, in the NB group,we observed that a more severely forward head posture translated to higher MIP and MEP values.
Moderately forward head posture acted as a compensatory mechanism in order to improve respiratory muscle function.
Visscher et al. andIunes et al. did not observe differences in forward head posture between patients with TMD and healthy controls.
The forward head posture was evaluated through an angle formed by the intersection of CPL line Craniocervical Postural Line in relation to the true horizontal line.
The physical examination evidenced that all children presented forward head postures, without difference among NB, OMB and HMB Table 3.
Relationship of forward head posture with upper cervical spine mobility and cervical spine deep flexor muscle resistance in individuals with migraine, BE.EP. DR Abstract.
The literature is scarce with regard to how the voice signal behaves in forward head posture, a postural change frequently.
In the NB group, moderately forward head posture was detected in 30 children 48.4%, andthere was no severely forward head posture p< 0.001.
In another study, Fernández-de-las-Peñas et al. also reported a smaller craniovertebral angle in migraine patients compared with a CG suggesting greater forward head posture in the migraine group.
This study aimed at evaluating whether muscle TMD may promote forward head posture and take the mandible to a more posterior position.
Taking the forward head posture FHP as the main variable, a power effect of 0.99 and an effect size of 0.74 α=0.05 were obtained from a sample size of 66 subjects 22 per group.
In relation to the variable HVA,it was observed that all subjects had forward head posture, with no statistically significant difference between groups.
Forward head posture is a commonly observed postural change that leads to compensations such as cranium and upper cervical spine hyperextension and lower cervical curvature flexion.
In the present study,we assessed the influence of respiratory mode and forward head posture on exercise capacity and respiratory muscle strength in children with CMB.
The forward head posture is frequently related to the neck pain due to the overload of the posterior cervical muscles in the atempt to keep the head balance over the spine.
Suboccipitals muscles showed the highest levels of electromyographic activity,probably due to their function as extensors of the upper cervical spine in the forward head posture, induced by the nasal obstruction.
A study has reported that in people with forward head posture, the condyle goes to a more posterior position with regard to natural head position.
Because we found no studies assessing these associations, further studies are needed in order to confirm andexplain changes in respiratory muscle strength in relation to respiratory mode and forward head posture.
Forward head posture was the type of postural change observed most, occurring in greater proportion in children with hearing loss(p< 0.001), followed by the side slope head posture p< 0.001.
Activity muscle pattern alterated of flexion and extension muscles is one of the characteristics of neck pain,that office workers is associated with the maintenance of the sitting posture with forward head posture or neck flexion.
Forward head posture causes increased sternocleidomastoid muscle activity and leads to rib cage elevation, reducing thoracoabdominal mobility and compromising the ventilatory efficacy of the diaphragm.
Student's t test was used for statistical analysis considering significant 5%,both for pain improvement and forward head posture evaluation, where VHA vertical head angle was reported in degrees º, and the distance between line NB and point A was given in mm.
The angle variables that assess the craniocervical posture were: CVT/EVT angle cervical curve figure 1; NSL/OPT and NSL/CVT cranium inclination in relation to C2 and in relation to the cervical spine C2 C4, respectively Figure 2; CVA- flexion/extension head position andCPL/ Horizontal line forward head posture Figure 3.