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1 igh risk of death early after institution of high-frequency ventilation.
2  24, 48, 72, and 96 hrs after institution of high-frequency ventilation.
3        Thirty-one children were managed with high-frequency ventilation, 11 children with jet and 20
4  that were equivalent to the group receiving high-frequency ventilation and perflubron, the combinati
5 ermissive hypercapnia, inhaled nitric oxide, high-frequency ventilation, and extra-corporeal life sup
6         Conventional mechanical ventilation, high-frequency ventilation, and extracorporeal membrane
7                  Partial liquid ventilation, high-frequency ventilation, and inhaled nitric oxide are
8 paired oxygenation and its improvement after high-frequency ventilation can predict outcome within 6
9 is unresponsive to conventional ventilation, high-frequency ventilation improves gas exchange in a ra
10 cluding exogenous surfactant administration, high frequency ventilation, inhaled nitric oxide therapy
11              a) To demonstrate the effect of high-frequency ventilation on gas exchange in children w
12 ared brain dead, were organ donors, required high-frequency ventilation, or if there was insufficient
13 o2, and Pao2/FID2 6 hrs after institution of high-frequency ventilation (p < .01).
14  index by > 20% by 6 hrs after initiation of high-frequency ventilation predicted death with 88% (7/8
15 nt data concerning four of these modalities: high frequency ventilation, prone positioning, tracheal
16 ial liquid ventilation using conventional or high-frequency ventilation provided rapid and sustained
17 ide optimum lung volume determination during high-frequency ventilation recruitment procedure while p
18 al or with another tertiary technology (i.e. high-frequency ventilation) suggests that ECMO itself wa
19 enty-three (74%) of 31 children treated with high-frequency ventilation survived.
20                                              High-frequency ventilation techniques did not further im
21 .4 +/- 0.2 wk; birth weight, 979 +/- 198 g), high-frequency ventilation was initiated at a continuous
22  use of ECMO (p = .0082), but not the use of high-frequency ventilation, was associated with a reduct
23 mins of stabilization, animals randomized to high-frequency ventilation were changed to their respect
24 s discontinued within four hours in favor of high-frequency ventilation, which was not permitted by t

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