OBJECTIVE: The purpose of this study was to examine the strength of the knee and pulmonary function comparing collegians and hockey players in college. METHOD: KINdegreeCOM isokinetic dynamometer and medigraph were used to evaluate strength of the right lower extremity and pulmonary function to 30 male students comprising 15 hockey players and 15 collegians with no significant difference in age, weight, and height between the two groups. All subjects used their right lower limb as dominant limb. RESULTS: 1) The significant differences between collegians and hockey players were found in the peak torque at 60o/sec,180o/sec. 2) The siginficant differences between collegians and hockey players were found in forced vital capacity, forced expiratory volume in one second and expiratory reserve volume on the pulmonary function. 3) The significant correlation between isokinetic strength and pulmonary function were found in peak torque. CONCLUSION: It is turned out that hockey players in college have much better isokinetic strength and pulmonary function than collegians, so it is suggested this result have to be considered in selecting hockey players and exercise prescription.
Expiratory Reserve Volume ; Extremities ; Forced Expiratory Volume ; Hockey* ; Humans ; Knee* ; Lower Extremity ; Male ; Prescriptions ; Torque ; Vital Capacity

Since pulmonary function testing was first described by Hutchinson in 1846, this technic has been developed by many physiologists and applied to clinical fields for eviluation of cardiopulmonary status in order to improve diagnosis and treatment of cardiopulmonary diseases. The normal values of the lung volumes and capacities, maximal midexpiratory flow, maximal breathing capacity and forced expiratory volume and time in 120 (male-60, female-60) normal Korean adults by using a Gaensler-Collins bronchospirometer are presented. The results were as follows: 1. The vital capacity of the normal Korean adult was 4191+/-451ml. for males and 2685+/-375 ml. for females. 2. The ratio of inspiratory capacity to vital capacity for males was 66+/- 9% and for females 70+/- 7%, but that of expiratory reserve volume to vital capacity for males was 34+/-9% and for females was 30+/-7%. The ratio of inspiratory capacity to vital capacity of normal Korean adults is slightly lower than that of whites, while that of expiratory reserve volume to vital capacity of normal Korean adults is slightly higher than that of whites. 3. The maximal breathing capacity of males was 95+/- 171/min. and that of females 61+/-141/min. 4. The maxima mid-expiratory flow for males was 266+/- 711/min. and for females 176+/- 421 /min. The maximal mid-expiratory time of males was 0. 497+/- 0.145 second and that of females 0. 479+/- 0. 128 second.
Adult* ; Diagnosis ; Expiratory Reserve Volume ; Female ; Forced Expiratory Volume ; Humans ; Inspiratory Capacity ; Lung ; Male ; Maximal Voluntary Ventilation ; Reference Values ; Respiratory Function Tests ; Vital Capacity

Tuberculous spine has high incidence in children. Many cases of the tuberculous spine are complicated by deformities of the spine and disability such as paraplegia, cardio-plumonary dysfunction, and also early death. There are now several reports on the pulmonary dysfunction due to spinal deformities such as scoliosis and kyphoscoliosis, but there are few papers on the pulmonary function of patients with the tuberculous spine and kyphosis in children. This article is a report on the study of chest excursion in 70 kyphotic children and of the pulmonary function in 10 cases of severe kyphotic patients with collapsing tuberculous spine. The following results are obtained through the study: 1) Chest excursion was evidently diminished in the cases of moderate and severe thoracic, and severe lumbar involvement. The remainders were nearly within normal limits. 2) The study revealed that the chest excursion and the radiological kyphosis has a very gradually sloped negative correlation in thoracic involvement. 3) Pulmonary function in the severe kyphotics who had the curve over 50 degree were revealed as follows; a) Over 50 percent of the cases had diminished vital capacity. That is, over-all average was 67.7 percent of normal capacity. Especially inspiratory reserve volume was diminished, it was 63.7 percent of normal. Maximum breathing capacity was 68.8 percent of normal. b) Tidal volume, timed vital capacity, minute ventilation rate and O2 consumption were within normal limits or nearly normal.
Child ; Congenital Abnormalities ; Forced Expiratory Volume ; Humans ; Incidence ; Inspiratory Reserve Volume ; Kyphosis ; Paraplegia ; Respiration ; Scoliosis ; Spine ; Thorax ; Tidal Volume ; Ventilation ; Vital Capacity