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Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population. [electronic resource]

By:

Sinha, P

Contributor(s):

Singh, S
Hardman, J G
Bersten, A D
Soni, N

Producer: 20140219Description: 96-101 p. digitalISSN:

1471-6771

Subject(s):

Acute Disease
Adolescent
Adult
Aged
Aged, 80 and over
Carbon Dioxide -- metabolism
Computer Simulation
Humans
Middle Aged
Respiratory Dead Space
Respiratory Distress Syndrome -- physiopathology
Retrospective Studies

Online resources:

Available from publisher's website

In: British journal of anaesthesia vol. 112

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Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population.

APA

Sinha P., Singh S., Hardman J. G., Bersten A. D. & Soni N. (20140219). Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population. : British journal of anaesthesia.

Chicago

Sinha P, Singh S, Hardman J G, Bersten A D and Soni N. 20140219. Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population. : British journal of anaesthesia.

Harvard

Sinha P., Singh S., Hardman J. G., Bersten A. D. and Soni N. (20140219). Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population. : British journal of anaesthesia.

MLA

Sinha P, Singh S, Hardman J G, Bersten A D and Soni N. Evaluation of the physiological properties of ventilatory ratio in a computational cardiopulmonary model and its clinical application in an acute respiratory distress syndrome population. : British journal of anaesthesia. 20140219.

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