About: Ventilator, IC Neonatal   Sponge Permalink

An Entity of Type : dbkwik:resource/TcTroxrP9FQxJ-k5nrzBmw==, within Data Space : 134.155.108.49:8890 associated with source dataset(s)

High Frequency Neonatal/pediatric intensive care ventilators that use positive pressure to deliver breaths at frequencies much higher than the normal breathing rate (100 or more times per minute is typical) and at a reduced tidal volume. The two most common techniques used are high-frequency oscillation ventilation and high-frequency jet ventilation; typical oscillation ventilators operate at frequencies of 400 to 2400 cycles/minute, while jet ventilators operate from 100 to 600 cycles/minute. These ventilators are designed to reduce pressured-induced lung damage (i.e, barotrauma) and to reduce the risk of air leaks or to improve ventilation when air leaks previously existed.

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  • Ventilator, IC Neonatal
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  • High Frequency Neonatal/pediatric intensive care ventilators that use positive pressure to deliver breaths at frequencies much higher than the normal breathing rate (100 or more times per minute is typical) and at a reduced tidal volume. The two most common techniques used are high-frequency oscillation ventilation and high-frequency jet ventilation; typical oscillation ventilators operate at frequencies of 400 to 2400 cycles/minute, while jet ventilators operate from 100 to 600 cycles/minute. These ventilators are designed to reduce pressured-induced lung damage (i.e, barotrauma) and to reduce the risk of air leaks or to improve ventilation when air leaks previously existed.
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abstract
  • High Frequency Neonatal/pediatric intensive care ventilators that use positive pressure to deliver breaths at frequencies much higher than the normal breathing rate (100 or more times per minute is typical) and at a reduced tidal volume. The two most common techniques used are high-frequency oscillation ventilation and high-frequency jet ventilation; typical oscillation ventilators operate at frequencies of 400 to 2400 cycles/minute, while jet ventilators operate from 100 to 600 cycles/minute. These ventilators are designed to reduce pressured-induced lung damage (i.e, barotrauma) and to reduce the risk of air leaks or to improve ventilation when air leaks previously existed.
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