IOS Impulse Oscillometry

Spirometric and airway resistance diagnostics combined in one compact device.

Tidal breathing analysis with Impulse Oscillometry (IOS) has demonstrated to be informative and differentiated in the early detection and follow up of pulmonary diseases like asthma, COPD and idiopathic pulmonary fibrosis. Therefore IOS oscillometric airway measurements complement spirometry.

Features and Benefits

  • Assessment and differentiation of airway function under quiet breathing conditions.
  • Sensitive and early detection of pulmonary obstruction. Asthma patients may be asymptomatic with normal spirometry and still show levels of increased airway resistance. IOS measures impedance at different frequencies indicative of central and peripheral airway resistance.
  • Allows differentiation of central (proximal) airways resistance and peripheral (distal) airways resistance.
  • Bronchodilator therapy often does not reach the peripheral airways. IOS can provide objective response to drug therapy even when FEV1 can’t.
  • Monitor the effect of bronchial provocation on airway tone.
  • Automatic classification and interpretation of results with SentrySuite software.

Related Documents

Vyntus Family Series Brochure.pdf

Vyntus IOS Brochure.pdf

Vyntus IOS Special Edition

 

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  • Almost independent of patient cooperation, IOS can test a larger patient range than spirometry alone, from children, adult and geriatric patients.
  • Assessment and differentiation of airway function under quiet breathing conditions.
  • Sensitive and early detection of pulmonary obstruction. Asthma patients may be asymptomatic with normal spirometry and still show levels of increased airway resistance. IOS measures impedance at different frequencies indicative of central and peripheral airway resistance.
  • Allows differentiation of central (proximal) airways resistance and peripheral (distal) airways resistance.
  • Bronchodilator therapy often does not reach the peripheral airways. IOS can provide objective response to drug therapy even when FEV1 can’t.
  • Monitor the effect of bronchial provocation on airway tone.
  • Automated classification and interpretation of test results.