Abstract
The study was conducted to find out the possibilities of predicting the vital capacity based on height and weight of an individual. In 15 male and 15 female adults the height, weight and vital capacity were measured and nomograms were developed. In another 15 male and 15 female adults the height and weight were measured and the vital capacity for each indi- vidual was predicted using previously developed nomograms. Then the vital capacity was measured in these subjects using an expirograph. The predicted and obtained vital capacities were found to be within 1 + 300 c.c for all the subjects. Thus it was found that it would be possible to predict vital capacity based on height and weight.
References
JSHD, 36, 235-241, 1971.
Hirano, N., Koike, Y. and Von Lcdcn. H-, Maximum phonation and air usage during, phonation, Folia Phoniatrica, 20, 185-201, 1968.
Isshiki, N. and Van Leden, H., Hoarseness : Aerodynamic studies, Archives of Otolaryngo- logy, 80, 206-213, 1964.
Iwata, S. and Van Leden, H., Phonation quotient in patients with laryngeal diseases, Folia
Phoniatrica, 22, 117-128, 1970.
Iwata, S., Van Leden, H. and Williams, D.. Air flow measurements during phonation,
Journal of Communication Disorders, 5, 67 79, 1972.
Jayaram, "A n objective method of differential diagnosis," Master's Dissertation, Univ. of
Mysore, 1975.
Nataraja, N. P., "Mea n air flow rate and optimum frequency,' Unpublished paper, 1984.
Ptacek, P. H. and Sander, E. K., Maximum, duration of phonation, JSHD, 28, 171-181, 1963.
Rau, D. and Beckett, R. L., Aerodynamic assessment of vocal function using hand-held
S.5irometer, JSHD, 4 , 183-188, 1984
Vanden Berg, J. W., Direct and indirect determination of the mean subglottic pressure, Folia Phoriatrica, 8, 1-24, 1956.
Yanasihara, N. and Van Leden, H., Respiration and phonation : The functional examina- tion of Laryngeal disease, Folia Phoniatrica, 19, 153.166, 1967.
Yartagihara N. and Koike, Y., The regulation of sustained phonation. Folia Phoniatrica,
19, 1-18, 1967.