CĂRȚI ÎN POLONEZĂ ÎN LEGĂTURĂ CU «SPIROPULSATOR»
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spiropulsator în următoarea selecție bibliografică. Cărți în legătură cu
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1
The Principles of Thoracic Anaesthesia: Past and Present - Strona xiii
(Popular Science, 1947, July, p. 129) - - - - Diagram of the E. and J. Resuscitator Apparatus—Expiratory Phase. (Ibid.) - - - - - - - - Lundy's Pulmonary Ventilator (1932). (Proc. Mayo Clin. 1932, 7, 225) The Frenckner Spiropulsator (1934).
William Woolf Mushin, Leslie Rendell-Baker, 1953
2
Clinical Anesthesia - Strona 10
In 1934 a Swedish team developed the “Spiropulsator,” which C. Crafoord later modified for use during cyclopropane anesthesia." Its action was controlled by a magnetic control valve called the flasher, a type first used to provide intermittent ...
3
Thoracic Anesthesia - Strona 16
Giertz' experiments and writings advocating controlled ventilation had gone mostly ignored; however, Frenckner, a Swedish otolaryngologist, familiar with Giertz, developed the “Spiropulsator” in 1934 for rhythmic inflation of the lungs. In 1938 ...
Atilio Barbeito, Andrew Shaw, Katherine Grichnik, 2012
4
Anesthesia in Thoracic Surgery - Strona 7
spiratory function, because of the disease, was not too impaired and the circulatory function was relatively good, the above-mentioned alterations due to the Spiropulsator did not seem to be of any importance, either during ...
5
Clinical Anesthesia, 7e: Print + Ebook with Multimedia - Strona 1762
... 909 Spinal shock, 1507 Spinal trigeminal nucleus neurobiology of, 1648, 1648f Spinohypothalamic connections, 1649 Spinothalamic tract (STT), 1648–1649 Spinous process, 906 Spiropulsator, 10 Splenectomy,. 1762 Index.
Paul Barash, Bruce F. Cullen, Robert K. Stoelting, 2013
6
Clinical Anesthesia, 7e: Ebook without Multimedia
In 1934, a Swedish team developed the “Spiropulsator,” which C. Crafoord later modified for use during cyclopropane anesthesia.46 Its action was controlled by a magnetic control valve called the flasher, a type first used to provide intermittent ...
Paul Barash, Bruce F. Cullen, Robert K. Stoelting, 2013
7
Mechanical Ventilation - Strona 18
He also convinced the experimental engineer Emil Anderson of the AGA Company to develop an air-driven ventilator, the "Spiropulsator." Its essential valve was the AGA flasher for automatic sea buoys, designed to send out precisely timed ...
Robert R. Kirby, Robert A. Smith (R.R.T.), David A. Desautels, 1985
8
Lung cancer: the evolution of concepts - Strona 91
Crafoord wrote: "It is therefore possible to regulate the quantities of gas blown into the lung, the frequency with which these quantities are introduced and the length of the respiratory pause, all in the same way as when the spiropulsator blows ...
John G. Gruhn, Steven T. Rosen, 1989
9
Clinical Applications of Ventilatory Support - Strona 20
He also convinced the experimental engineer Emil Anderson of the AG A Company to develop an air-driven ventilator, the "Spiropulsator." Its essential valve was the AG A flasher for automatic sea buoys, designed to send out precisely timed ...
Robert R. Kirby, Michael J. Banner, John B. Downs, 1990
10
Thoracic anaesthesia - Strona 628
nd in 1934 designed the 'Spiropulsator' to provide this automatically (Fig. 20.33). The automatic action of this machine depended upon a pressure sensitive magnetic control valve referred to by Frenckner as 'the flasher' because ...
William Woolf Mushin, 1963
