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sensormedics 3100b oscillatory ventilator  (Cardinal Health)

 
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    Cardinal Health sensormedics 3100b oscillatory ventilator
    Sensormedics 3100b Oscillatory Ventilator, supplied by Cardinal Health, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/sensormedics+3100b+oscillatory+ventilator/3100b+oscillatory+sensormedics+ventilator/10__1186_slash_cc7205-556-2-6
    Average 86 stars, based on 1 article reviews
    sensormedics 3100b oscillatory ventilator - by Bioz Stars, 2026-09
    86/100 stars

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    Article Title: Comparative study between conventional and antiseptic impregnated central venous catheters
    Article Snippet: Methods The Sensormedics 3100B oscillatory ventilator (Cardinal Health, Yorba Linda, CA, USA) was connected to a test lung at the following settings: mean airway pressure, 30 cmH2O; power, 6.0; inspiratory time percentage, 33%; frequency of 6 Hz and bias flow 30 l/min on room air.



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    Effect of frequency, amplitude, and ETT diameter on tidal volume delivery during HFOV. Data shown in this figure were collected during ventilation of a test lung (MI Instruments, Grand Rapids, MI) with a <t>3100B</t> oscillator. In these experiments, bias flow is constant at 30 L/min, compliance is constant at 30 mL/cm H 2 O, and I:E is constant at 1:2. Tidal volume is measured using an adult hot wire anemometer. Panel ( a ) depicts the relationship between tidal volume and pressure amplitude at a range of frequencies (4–12 Hz), using an 8 mm (inner diameter) endotracheal tube ( ETT ). Increasing frequency by 2 Hz reduces tidal volume by an average of 21.3 ± 4.1 %. A similar frequency-tidal volume relationship was confirmed by the investigators in a series of adult patients with ARDS, intubated with an 8 mm ETT. In these patients, increasing amplitude by 10 cm H 2 O produced an average tidal volume increase of only 5.6 ± 4.5 %. Panel ( b ) depicts the effect of ETT diameter on the relationship between tidal volume and pressure amplitude, at 4 and 12 Hz (Reprinted from Hager et al. . With permission Wolters Kluwer Health)
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    sensormedics 3100b oscillatory ventilator  (Cardinal Health)
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    Cardinal Health sensormedics 3100b oscillatory ventilator
    Effect of frequency, amplitude, and ETT diameter on tidal volume delivery during HFOV. Data shown in this figure were collected during ventilation of a test lung (MI Instruments, Grand Rapids, MI) with a <t>3100B</t> oscillator. In these experiments, bias flow is constant at 30 L/min, compliance is constant at 30 mL/cm H 2 O, and I:E is constant at 1:2. Tidal volume is measured using an adult hot wire anemometer. Panel ( a ) depicts the relationship between tidal volume and pressure amplitude at a range of frequencies (4–12 Hz), using an 8 mm (inner diameter) endotracheal tube ( ETT ). Increasing frequency by 2 Hz reduces tidal volume by an average of 21.3 ± 4.1 %. A similar frequency-tidal volume relationship was confirmed by the investigators in a series of adult patients with ARDS, intubated with an 8 mm ETT. In these patients, increasing amplitude by 10 cm H 2 O produced an average tidal volume increase of only 5.6 ± 4.5 %. Panel ( b ) depicts the effect of ETT diameter on the relationship between tidal volume and pressure amplitude, at 4 and 12 Hz (Reprinted from Hager et al. . With permission Wolters Kluwer Health)
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    Effect of frequency, amplitude, and ETT diameter on tidal volume delivery during HFOV. Data shown in this figure were collected during ventilation of a test lung (MI Instruments, Grand Rapids, MI) with a 3100B oscillator. In these experiments, bias flow is constant at 30 L/min, compliance is constant at 30 mL/cm H 2 O, and I:E is constant at 1:2. Tidal volume is measured using an adult hot wire anemometer. Panel ( a ) depicts the relationship between tidal volume and pressure amplitude at a range of frequencies (4–12 Hz), using an 8 mm (inner diameter) endotracheal tube ( ETT ). Increasing frequency by 2 Hz reduces tidal volume by an average of 21.3 ± 4.1 %. A similar frequency-tidal volume relationship was confirmed by the investigators in a series of adult patients with ARDS, intubated with an 8 mm ETT. In these patients, increasing amplitude by 10 cm H 2 O produced an average tidal volume increase of only 5.6 ± 4.5 %. Panel ( b ) depicts the effect of ETT diameter on the relationship between tidal volume and pressure amplitude, at 4 and 12 Hz (Reprinted from Hager et al. . With permission Wolters Kluwer Health)

    Journal: Pediatric Critical Care Medicine

    Article Title: High Frequency Oscillatory Ventilation

    doi: 10.1007/978-1-4471-6356-5_10

    Figure Lengend Snippet: Effect of frequency, amplitude, and ETT diameter on tidal volume delivery during HFOV. Data shown in this figure were collected during ventilation of a test lung (MI Instruments, Grand Rapids, MI) with a 3100B oscillator. In these experiments, bias flow is constant at 30 L/min, compliance is constant at 30 mL/cm H 2 O, and I:E is constant at 1:2. Tidal volume is measured using an adult hot wire anemometer. Panel ( a ) depicts the relationship between tidal volume and pressure amplitude at a range of frequencies (4–12 Hz), using an 8 mm (inner diameter) endotracheal tube ( ETT ). Increasing frequency by 2 Hz reduces tidal volume by an average of 21.3 ± 4.1 %. A similar frequency-tidal volume relationship was confirmed by the investigators in a series of adult patients with ARDS, intubated with an 8 mm ETT. In these patients, increasing amplitude by 10 cm H 2 O produced an average tidal volume increase of only 5.6 ± 4.5 %. Panel ( b ) depicts the effect of ETT diameter on the relationship between tidal volume and pressure amplitude, at 4 and 12 Hz (Reprinted from Hager et al. . With permission Wolters Kluwer Health)

    Article Snippet: More recently, the SensorMedics 3100B high-frequency oscillatory ventilator (CareFusion, Yorba Linda, CA) became available for use in larger pediatric patients (>35 kg) and adult patients.

    Techniques: Produced