Analysis and integration of research on patterns of motion, muscle biomechanics, and
physiologic evidence related to normal velopharyngeal function is presented. The
status of current research from the standpoint of what is known, what is presumptive,
and what is unknown is emphasized.
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References
1.
Azzam, N.A. & Kuehn, D.P. (1977). The morphology of musculus
uvulae. Cleft Palate Journal,
14, 78-87.
2.
Bell-Berti, F. (1973). The velopharyngeal mechanism: An
electromyographic study. Haskins Laboratories: Status
Report on Speech Research, Supplement.
3.
Bell-Berti, F. (1976). An electromyographic study of
velopharyngeal function in speech. Journal of Speech and
Hearing Research, 19,
225-240.
4.
Dickson, D.R., Grant, J.C.B., Sicher, H., Dubrul, E.L. & Paltan, J. (1974). Status of research in cleft palate
anatomy and physiology, July 1973-Part 1. Cleft Palate
Journal, 11,
471-492.
5.
Dickson, D.R. & Maue-Dickson, W. (1980). Velopharyngeal structure and function: A
model for biomechanical analysis. Speech and Language:
Advances in Basic Research and Practice, 3,
167-222.
6.
Fritzell, B. (1969). The velopharyngeal muscles in
speech. Acta Oto-Laryngologica, Supplement250.
7.
Honjo, I., Harada, H. & Kumazawa, T. (1976). Role of the levator veli palatini muscle
in movement of the lateral pharyngeal wall. Archives of
Otology, Rhinology, and Laryngology, 212,
93-98.
8.
Hynes, D.M. (1970). A radiological assessment of the
oropharynx with special reference to tomography. Clinical
Radiology, 21,
407-414.
9.
Langdon, H. & Dickson, D.R. (1976, May). Morphological study of the
uvulus muscle in the fifteen-week human fetus. Paper
presented at the annual meeting of the ACPA, San
Francisco. Cleft Palate Journal, 13, 418 (Abstract).
10.
Lavorato, A.S. (1975). Normal lateral pharyngeal wall motion during
velopharyngeal functioning: A cinefluorographic study. Unpublished
doctoral dissertation, University of
Pittsburgh.
11.
Maue-Dickson, W. (1977). Section II. Anatomy and
physiology. Cleft Palate Journal,
14, 270-287.
12.
Maue-Dickson, W. (1979). The craniofacial complex in cleft lip and
palate: An updated review of anatomy and function. Cleft
Palate Journal , 16,
291-317.
13.
McKerns, D. & Bzoch, K.R. (1970). Variations in velopharyngeal valving: The
factor of sex. Cleft Palate Journal,
7, 652-662.
14.
Minifie, F.D., Abbs, J.H., Tarlow, A. & Kwatersky, M. (1974). EMG activity within the pharynx during
speech production. Journal of Speech and Hearing
Research, 17,
497-504.
15.
Minifie, F.D., Hinton, J.J., Kelsea, C.A. & Woodhause, R.J. (1970). Lateral pharyngeal wall movement during
speech production. Journal of Speech and Hearing
Research, 13,
584-594.
16.
Nishio, J., Matsuya, T., Machida, J. & Miyazaki, T. (1976). The motor nerve supply of the
velopharyngeal muscles . Cleft Palate Journal,
13, 20-30.
17.
Nishio, J., Matsuya, T., Ibuki, K. & Miyazki, T. (1976). Roles of the facial, glossopharyngeal and
vagus nerves in velopharyngeal movement. Cleft Palate
Journal, 13,
201-214.
18.
Ushijima, T. & Hirose, H. (1974). Electromyographic study of the velum
during speech . Journal of Phonetics,
2, 315-326.
19.
Ushijima, T. & Hirose, H. (1974). Electromyographic study of the velum
during speech (SR-371). Haskins Laboratories: Status
Report on Speech Research , 38,
79-95.