Cardiopulmonary Physical TherapyScot Irwin, Jan Stephen Tecklin Mosby, 1995 - 620 pagine |
Dall'interno del libro
Risultati 1-3 di 84
Pagina 93
... Maximum heart rate decreases with increase in age . In addition , a person's maximum attainable heart rate decreases with age . A useful but limited formula for predicting a maximum heart rate is to subtract the patient's age from 220 ...
... Maximum heart rate decreases with increase in age . In addition , a person's maximum attainable heart rate decreases with age . A useful but limited formula for predicting a maximum heart rate is to subtract the patient's age from 220 ...
Pagina 132
... maximum oxygen consumption ( which corre- sponds to 70 % of his maximum heart rate ) . The desired training threshold for each patient in terms of the workload and heart rate range , can be calculated from the results of the maximal ...
... maximum oxygen consumption ( which corre- sponds to 70 % of his maximum heart rate ) . The desired training threshold for each patient in terms of the workload and heart rate range , can be calculated from the results of the maximal ...
Pagina 295
... maximum HR is variable , and often is not as high as predicted by the commonly used formula , 220- age . 5.25 One reason for the variability is that subjects may not be stressed to maximal levels in some of the reported studies ...
... maximum HR is variable , and often is not as high as predicted by the commonly used formula , 220- age . 5.25 One reason for the variability is that subjects may not be stressed to maximal levels in some of the reported studies ...
Sommario
PART ONE PART | 1 |
Physical Rehabilitation of the 27 Exercise Testing and Exercise Conditioning | 24 |
Physical Therapy for the Child with Respiratory | 235 |
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Parole e frasi comuni
abnormal activity acute addition agents alveolar alveoli angina assessment associated blood pressure breathing capacity cardiac output cardiac rehabilitation cardiovascular cause cells changes Chapter chest chronic Circulation clinical common completed complications continued coronary artery disease decreased demonstrated depression disease drugs dysrhythmias early effects evaluation exercise testing exercise training factors failure flow function heart rate hypertension important improve increased indicated initial intensity lead left ventricular less levels limited lower lung major maximal maximum measured mechanisms minutes monitoring muscle myocardial infarction normal obstructive occur oxygen pain patients peak performed period peripheral persons phase physical therapy position present produce progression pulmonary reduced reported require respiratory response rest rhythm risk severe significant specific surgery symptoms systolic therapist thoracotomy tion tissue treatment usually values vascular venous ventilation ventricular volume wall wave workload