Effects of the Inhibition of Velopharyngeal Closure on the Velar Movement in Normal Subjects

The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects. Vinyl tubes of two sizes (6.5 mm and 5.5 mm diameter) were inserted into the V-P port via naris in order. Electromyographical (EMG) activates of m. levator veli pa...

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Published inJournal of Japanese Cleft Palate Association Vol. 14; no. 1; pp. 44 - 70
Main Author HIRAHARA, Narihiro
Format Journal Article
LanguageJapanese
Published Japanese Cleft Palate Association 01.06.1989
Subjects
Online AccessGet full text
ISSN0386-5185
2186-5701
DOI10.11224/cleftpalate1976.14.1_44

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Abstract The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects. Vinyl tubes of two sizes (6.5 mm and 5.5 mm diameter) were inserted into the V-P port via naris in order. Electromyographical (EMG) activates of m. levator veli palatini during phonation, blowing and swallowing were estimated and analysed. By altering aperture size at the end of the tube, the influences of intraoral air pressure on EMG were discussed. The strength (pressure) of V-P closure was also measured by use of original devices composed of balloon and microtip pressure transducer. Results were as follows: 1. EMG activities during phonation and blowing were markedly lowered by insertion of the tube to the V-P port. The lowering was greater in the larger tube. The values of EMG during plosives with larger tube were identical to those during nasals without tube (control). No change was observed during swallowing. 2. The influences of intraoral air pressure on EMG by altering aperture size were minimal during phonation. Meanwhile, EMG activity during blowing increased in accordance with air pressure. 3. The strength (pressure) of V-P closure showed correlation with EMG activity. The strength proved to become weak according to the width of remnant space caused by the balloon in the V-P port. 4. Mean values of sphincteric power measured at the V-P port with the balloon 6 mm in diameter were 110 g in plosives and fricatives,100-200 g in blowing and 220 g in swallowing. 5. These results imply that in the course of treatment on the operated cleft palate patient who need a speech aid, too large bulb must be strictly avoided because it might inhibit the activity. To activate the tightness of V-P closure, progressive reduction of bulb size may be beneficial.
AbstractList The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects. Vinyl tubes of two sizes (6.5 mm and 5.5 mm diameter) were inserted into the V-P port via naris in order. Electromyographical (EMG) activates of m. levator veli palatini during phonation, blowing and swallowing were estimated and analysed. By altering aperture size at the end of the tube, the influences of intraoral air pressure on EMG were discussed. The strength (pressure) of V-P closure was also measured by use of original devices composed of balloon and microtip pressure transducer. Results were as follows: 1. EMG activities during phonation and blowing were markedly lowered by insertion of the tube to the V-P port. The lowering was greater in the larger tube. The values of EMG during plosives with larger tube were identical to those during nasals without tube (control). No change was observed during swallowing. 2. The influences of intraoral air pressure on EMG by altering aperture size were minimal during phonation. Meanwhile, EMG activity during blowing increased in accordance with air pressure. 3. The strength (pressure) of V-P closure showed correlation with EMG activity. The strength proved to become weak according to the width of remnant space caused by the balloon in the V-P port. 4. Mean values of sphincteric power measured at the V-P port with the balloon 6 mm in diameter were 110 g in plosives and fricatives,100-200 g in blowing and 220 g in swallowing. 5. These results imply that in the course of treatment on the operated cleft palate patient who need a speech aid, too large bulb must be strictly avoided because it might inhibit the activity. To activate the tightness of V-P closure, progressive reduction of bulb size may be beneficial.
The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects.Vinyl tubes of two sizes (6.5 mm and 5.5 mm diameter) were inserted into the V-P port via naris in order. Electromyographical (EMG) activates of m. levator veli palatini during phonation, blowing and swallowing were estimated and analysed. By altering aperture size at the end of the tube, the influences of intraoral air pressure on EMG were discussed. The strength (pressure) of V-P closure was also measured by use of original devices composed of balloon and microtip pressure transducer.Results were as follows:1. EMG activities during phonation and blowing were markedly lowered by insertion of the tube to the V-P port. The lowering was greater in the larger tube. The values of EMG during plosives with larger tube were identical to those during nasals without tube (control). No change was observed during swallowing.2. The influences of intraoral air pressure on EMG by altering aperture size were minimal during phonation. Meanwhile, EMG activity during blowing increased in accordance with air pressure.3. The strength (pressure) of V-P closure showed correlation with EMG activity. The strength proved to become weak according to the width of remnant space caused by the balloon in the V-P port.4. Mean values of sphincteric power measured at the V-P port with the balloon 6 mm in diameter were 110 g in plosives and fricatives,100-200 g in blowing and 220 g in swallowing.5. These results imply that in the course of treatment on the operated cleft palate patient who need a speech aid, too large bulb must be strictly avoided because it might inhibit the activity. To activate the tightness of V-P closure, progressive reduction of bulb size may be beneficial. 鼻咽腔閉鎖不全ないし閉鎖抑制が,正常人の鼻咽腔閉鎖運動に及ぼす影響について,延べ56名を対象に分析した。外径6.5mmおよび5.5mmの2種の経鼻挿管麻酔用ビニールチューブを鼻咽腔に挿入し,発音時,吹き出し時,嚥下時の口蓋帆挙筋筋電図を測定し,鼻咽腔閉鎖不全の大小による筋活動の変化を検討するとともに,チューブ先端の開閉による呼気の鼻腔漏出変化が筋活動に及ぼす影響を検討した。さらに,圧力トランスデューサーを組み込んだバルーン(直径6mmおよび8mm)を作製し,これを鼻咽腔に挿入して,閉鎖強度と筋活動の変化を分析し,以下の結果を得た。1)チューブ挿入下で,発音,吹き出しにおける口蓋帆挙筋筋活動は著明に低下し,太いチューブでより著明な低下をきたした。破裂音・摩擦音発音時の筋活動量はコントロールの鼻音と同程度に低下していた。嚥下動作は,チューブ挿入によってもほとんど変化しなかった。2)チューブ先端の開閉によって鼻腔漏出呼気量を変えた場合の筋活動の変化は,発音時にはほとんど認めなかった。一方,吹き出し時には口腔内圧の上昇に応対した筋活動の増強が認められた。3)鼻咽腔閉鎖圧は口蓋帆挙筋筋活動と相関し,発音,吹き出し時には閉鎖抑制の拡大によって圧の低下を認めた。4)今回作製した6mm径バルーンによる閉鎖圧平均値は,破裂音・摩擦音発音時110g,吹き出し時100-200g,嚥下時220gであった。5)スピーチエイドの咽頭部バルブを作製する際に,大きすぎるものは筋活動を抑制する可能性が高いこと,必要最小限の大きさにとどめて筋活動賦活訓練を行い,運動域の拡大に応じバルブを縮少することが望ましいことが,以上の結果より示唆される。
Author HIRAHARA, Narihiro
Author_FL 平原 成浩
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43) Rees, T. D., Wood-Smith, D., Swinyard, C. A. et al.: Electromyographic evaluation of submu- cous cleft palate: A possible aid to operative planning. Plast. Reconstr. Surg., 40: 592-594, 1967.
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13) Tash, E. L., Shelton, R. L., Knox, A. W. et al.: Training voluntary pharyngeal wall movements in children with normal and inadequate valopharyngeal closure. Cleft Palate J., 8: 277-290, 1971.
4)元村太一郎: 鼻咽腔閉鎖運動時における上咽頭後壁の動態に関する筋電図学的研究. 阪大歯学誌, 24: 95-117, 1979.
References_xml – reference: 27)舘村卓: 鼻音化母音発音時の鼻咽腔閉鎖運動に対する鼻腔内圧の影響. 阪大歯学誌, 30: 28-59, 1985.
– reference: 23)辻忠良, 三村保, 松矢篤三他: 口蓋裂言語治療の経過ならびに予後に関する統計学的観察日口外誌, 18: 560-563, 1972.
– reference: 43) Rees, T. D., Wood-Smith, D., Swinyard, C. A. et al.: Electromyographic evaluation of submu- cous cleft palate: A possible aid to operative planning. Plast. Reconstr. Surg., 40: 592-594, 1967.
– reference: 9) Yules, R. B. and Chase, R. A.: A training method for reduction of hypernasality in speech. Plast. Reconstr. Surg., 43: 180-185, 1969.
– reference: 34) Fritzell, B.: The velopharyngeal muscles in speech. Acta. Oto-rhino-laryngol. (supple), 250: 1-81, 1969.
– reference: 37) Honjyo, I., Harada, H. and Kumazawa, T.: Role of the levator veli palatini muscle in movement of the lateral pharyngeal wall. Arch. Otorhino-larvnvol., 212: 93-98, 1976.
– reference: 17) Griffith, B. H., Monroe, C. W., Hill, B. J. et al.: Motion of the lateral pharyngeal walls during velo-pharyngeal closure. Plast. Reconstr. Surg., 41: 338-342, 1968.
– reference: 41)山脇吉次: 発声並びに構音機構に関する筋電図学的研究日耳鼻, 58: 284-303, 1955.
– reference: 18) Isshiki, N., Honjow, I., and Morimoto, M. Cineradiographic analysis of movement of the la. - teral pharyngeal wall. Plast. Reconstr. Surg., 44: 357-363, 1969.
– reference: 49)三村保: 鼻咽腔閉鎖機能の検査法. 宮崎正編集; 口蓋裂-その基礎と臨床. 197-230, 医粛薬出版, 東京, 1982.
– reference: 14)西尾順太郎, 山岡稔, 松矢篤三他: Fiberscopeによる鼻咽腔閉鎖誘導法とその成績について. 日口外誌. 20: 450-457. 1974.
– reference: 13) Tash, E. L., Shelton, R. L., Knox, A. W. et al.: Training voluntary pharyngeal wall movements in children with normal and inadequate valopharyngeal closure. Cleft Palate J., 8: 277-290, 1971.
– reference: 4)元村太一郎: 鼻咽腔閉鎖運動時における上咽頭後壁の動態に関する筋電図学的研究. 阪大歯学誌, 24: 95-117, 1979.
– reference: 29)筒井英夫, 川田雄祥, 津田茂生他: X線映画法による口蓋裂術後患者の発音運動の観察. 日歯放会誌, 4: 1-11, 1963.
– reference: 32)岩下明弘: 語音発声機構に関する筋電図学的研究耳鼻臨床, 58: 712-734, 1965.
– reference: 15) Bloomer, H.: Observations of palatopharyngeal movements in speech and deglutition. J. Speech Hear. Disord., 18: 230-246, 1953.
– reference: 16) Nohrstrom, P. H. and Anderson, B. D.: A functional cephalometric radiographic investigation of the nasal and oral pharyngeal structures during deglutition in operated cleft palate and non-cleft palate persons. Oral Surg., 12: 142-155, 1959.
– reference: 2)後藤友信: 鼻咽腔閉鎖強度とその調節に関する研究. 阪大歯学誌, 22: 87-106, 1977.
– reference: 12) Massengill, R. Jr., Quinn, G. W. and Pickrell, K.: The use of a palatal stimulator to decrease velopharyngeal gap. Ann. Otol. Rhilnol. Laryngol., 80: 135-137, 1971.
– reference: 33) Lubker, J. F.: An electromyographic-cinefluorographic investigation of velar function during normal speech production. Cleft Palate J., 5: 1- 18, 1968.
– reference: 46)新見成二, 桐谷滋, 広瀬肇他: 発声器官の筋電図記録・計測方式に関する基礎的検討. 日本音響学会音声研究会資料, S78/75: 562-570, 1979.
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Snippet The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects. Vinyl tubes of two...
The effects of artifically induced velopharyngeal (V-P) incompetence on the palatal movement were examined in fifty-six normal subjects.Vinyl tubes of two...
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StartPage 44
SubjectTerms electromyography (EMG)
m. levator vela palatini
speech aid
velopharyngeal incompetence nasal tube
スピーチエイド
口蓋帆挙筋
筋電図
経鼻チューブ
鼻咽腔閉鎖不全
Title Effects of the Inhibition of Velopharyngeal Closure on the Velar Movement in Normal Subjects
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