Electromyographic fatigue of orbicular oris muscles during exercises in mouth and nasal breathing children

Busanello-Stella, Angela Ruviaro; Blanco-Dutra, Ana Paula; Corrêa, Eliane Castilhos Rodrigues; Silva, Ana Maria Toniolo da

doi:10.1590/2317-1782/20152014078

Cited by 16 publications

(22 citation statements)

References 20 publications

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“…The breath, physiological, vital and innate function of the human being, protects the upper airway and allows the satisfactory development of the craniofacial complex if performed correctly [1][2][3][4] . For proper nasal breathing, lip sealing is indispensable for generating a differentiation system of intra and extra-oral pressures in the so-called Oronasopharyngeal Space.…”

Section: Introductionmentioning

confidence: 99%

The impact of oronasal breathing on perioral musculature

2017

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Purpose: to compare the behavior of perioral muscles in nasal, oral and oronasal respirators. Methods: a sample consisting of three distinct groups, equally subdivided into Nasal, Oral and Oronasal Respirators. The behavior of the orbicular muscle of the mouth (upper part) and mentual one was measured by surface electromyography at rest, swallowing and labial isometry. Results: in all situations investigated, the orbicular muscle of the mouth (upper part) and mental muscle showed no significant difference in relation to Root Means Square, that is, average electrical activity between Oral and Oronasal Respirators. The data showed a significant difference in In Nasal Respirators, as compared to the other groups. Conclusion: similarity was seen in the comparison of perioral muscles behavior between oral and oronasal respirators, however, a significant difference in relation to nasal respirators.

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Section: Introductionmentioning

confidence: 99%

The impact of oronasal breathing on perioral musculature

2017

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“…As for the methodology of the studies, it was found that most studies divided the sample into two groups (mouth and nasal breathers) 14,15,17,19,[21][22][23][24][25][26] with subgroups 18,27,28 to compare the electromyographic findings of the muscles studied in the two populations. As for publication journals, there is a wide variety of journals.…”

Section: Fadiga Eletromiográfica Dos Músculos Orbiculares Da Boca Durmentioning

confidence: 99%

“…A single study addressed the impact of myofunctional therapy by performing an electromyographic assessment before and after a speech-language pathology therapy 23 , and two other studies assessed muscle electrical activity after months of physical therapy sessions 21,22 , while the other studies used the electromyography to complement the initial clinical assessment, detect the muscle activity pattern 14,15,17,18,2 0,24,25,27,28 and to assist in the diagnosis 26 . The literature in the speech-language pathology area understands the sEMG as a reliable tool for a reliable assessment, diagnosis and treatment related to speech-language pathology 24,26 .…”

Section: Fadiga Eletromiográfica Dos Músculos Orbiculares Da Boca Durmentioning

confidence: 99%

Surface electromyography in orofacial and cervical musculature in mouth breathing children: an integrative literature review

Batista

Bagarollo

2020

Rev. CEFAC

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Purpose: to review, in an integrative manner, studies using surface electromyography in the orofacial and cervical musculature in mouth breathing children aged from three to 11 years and 11 months old. Methods: the survey was conducted in national and international databases, from 1998 to 2018, in Portuguese, English and Spanish. Review articles, dissertations, book chapters, case studies and editorials were excluded. Results: 86 articles were found, 14 of which met the inclusion criteria. Most of these studies used surface electromyography to assess and describe the muscle condition of the mouth breathing population. Only one study addressed the influence of myofunctional speech therapy and two studies included physical therapy treatment, using electromyographic evaluation before and after the intervention. Given the main categories of analysis, the discussion was based on the year, state of publication and journal, sample size, scientific methodology, muscles assessed, assessment protocols used and the results of the publications. Conclusions: surface electromyography has been used mainly in the initial assessment of orofacial and postural myofunctional changes caused by mouth breathing and not as a therapeutic biofeedback, thus, it is important to conduct longitudinal studies using this instrument in mouth breathers.

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“…Estudos recentes utilizaram a eletromiografia de superfície para analisar a função muscular em indivíduos com respiração nasal e oral, apresentando resultados significantes para a literatura (HENNIG et al, 2009;BOTON et al, 2011;BUSANELLO-STELLA et al, 2015). Todavia, é importante que mais pesquisas investiguem a função muscular em indivíduos com respiração oral, para facilitar a atuação clínica frente às alterações estruturais e funcionais decorrentes dessa patologia.…”

Section: Introductionunclassified