Cardiopulmonary Physical TherapyScot Irwin, Jan Stephen Tecklin Mosby, 1990 - 585 pagine |
Dall'interno del libro
Risultati 1-3 di 82
Pagina 223
... volume of air expired each minute . It is the product of the volume of gas moved in and out of the alveoli ( VA ) and airways with each breath ( VD ) , the tidal volume ( VT ) , and the number of breaths taken each minute , the ...
... volume of air expired each minute . It is the product of the volume of gas moved in and out of the alveoli ( VA ) and airways with each breath ( VD ) , the tidal volume ( VT ) , and the number of breaths taken each minute , the ...
Pagina 224
... volume ( IRV ) is the maxi- mum volume of gas that can be inspired from the peak of a tidal volume . Expiratory reserve volume ( ERV ) is the maximum volume of gas that can be expired after a normal tidal expiration . Therefore reserve ...
... volume ( IRV ) is the maxi- mum volume of gas that can be inspired from the peak of a tidal volume . Expiratory reserve volume ( ERV ) is the maximum volume of gas that can be expired after a normal tidal expiration . Therefore reserve ...
Pagina 226
... volume ( V ) by the volume of gas in the lungs ( V2 ) . Therefore the unknown value ( V2 ) can be cal- culated : or C1 × V1 = C2 ( V1 + V2 ) = 2 V2 - V1 ( C - 1 ) Body plethysmography utilizes Boyle's law ( PV = K ) in the determination ...
... volume ( V ) by the volume of gas in the lungs ( V2 ) . Therefore the unknown value ( V2 ) can be cal- culated : or C1 × V1 = C2 ( V1 + V2 ) = 2 V2 - V1 ( C - 1 ) Body plethysmography utilizes Boyle's law ( PV = K ) in the determination ...
Sommario
PART ONE Cardiac physical therapy PART TWO Pulmonary physical therapy | 1 |
Respiratory muscles 505 26 Evaluation and physical treatment of the patient with | 24 |
Respiratory rehabilitation of the patient with a spinal | 215 |
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Cardiopulmonary Physical Therapy, Volume 1 Scot Irwin,Jan Stephen Tecklin Visualizzazione estratti - 1985 |
Parole e frasi comuni
abnormal activity acute addition agents alveolar alveoli angina assessment associated blood pressure breathing bronchial capacity cardiac cardiac output cardiac rehabilitation cause cells changes Chapter chest chronic Circulation clinical common completed complications conditioning continue coronary artery decreased depression determined develop disease drainage drugs dysrhythmias early effects evaluation exercise test factors failure flow function heart rate hospital important improve increased indicated infant initial involved lead left ventricular less levels limited lower lung major maximal measured mechanical minutes monitoring muscle myocardial infarction normal obstructive occur oxygen pain patient peak performed period persons phase physical therapy position present problems produce progression pulmonary reduced referred require resistance respiratory response Resting rhythm risk secretions severe significant signs sounds surgery symptoms systolic Table techniques therapist tion treatment usually values ventilation ventricular volume wall wave