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Literature DB >> 16298307

Forced oscillation technique in infants and young children.

Abstract

Due to its non-invasive character, the forced oscillation technique has gained importance in clinical research in infants and young children. Standardisation has enabled systematic and comparable measurements to be made in different laboratories throughout the world. The theoretical conditions are now fulfilled for use of these techniques in the clinical environment. This review discusses the principles, usefulness and pitfalls of various forced oscillation techniques in a research and clinical environment and the present and future clinical applications in children. It will focus particularly on the role of infant and preschool lung function as forced oscillation only requires minimal cooperation.

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Year: 2005 PMID： 16298307 DOI： 10.1016/j.prrv.2005.09.010

Source DB: PubMed Journal: Paediatr Respir Rev ISSN： 1526-0542 Impact factor: 2.726

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Cited

9 in total

1. Respiratory function in healthy young children using forced oscillations.

Authors: Graham L Hall; Peter D Sly; Takayoshi Fukushima; Merci M Kusel; Peter J Franklin; Friedrich Horak; Hilary Patterson; Catherine Gangell; Stephen M Stick
Journal: Thorax Date: 2007-01-24 Impact factor: 9.139

2. International consensus on (ICON) pediatric asthma.

Authors: N G Papadopoulos; H Arakawa; K-H Carlsen; A Custovic; J Gern; R Lemanske; P Le Souef; M Mäkelä; G Roberts; G Wong; H Zar; C A Akdis; L B Bacharier; E Baraldi; H P van Bever; J de Blic; A Boner; W Burks; T B Casale; J A Castro-Rodriguez; Y Z Chen; Y M El-Gamal; M L Everard; T Frischer; M Geller; J Gereda; D Y Goh; T W Guilbert; G Hedlin; P W Heymann; S J Hong; E M Hossny; J L Huang; D J Jackson; J C de Jongste; O Kalayci; N Aït-Khaled; S Kling; P Kuna; S Lau; D K Ledford; S I Lee; A H Liu; R F Lockey; K Lødrup-Carlsen; J Lötvall; A Morikawa; A Nieto; H Paramesh; R Pawankar; P Pohunek; J Pongracic; D Price; C Robertson; N Rosario; L J Rossenwasser; P D Sly; R Stein; S Stick; S Szefler; L M Taussig; E Valovirta; P Vichyanond; D Wallace; E Weinberg; G Wennergren; J Wildhaber; R S Zeiger
Journal: Allergy Date: 2012-06-15 Impact factor: 13.146

3. Analysis of impulse oscillometric measures of lung function and respiratory system model parameters in small airway-impaired and healthy children over a 2-year period.

Authors: Erika G Meraz; Homer Nazeran; Carlos D Ramos; Pat Nava; Bill Diong; Michael D Goldman; Christine A Goldman
Journal: Biomed Eng Online Date: 2011-03-25 Impact factor: 2.819

4. Time lag between oscillatory pressure and flow affecting accuracy of forced oscillation technique.

Authors: Junichi Ohishi; Hajime Kurosawa
Journal: Biomed Eng Online Date: 2011-07-29 Impact factor: 2.819

5. Measurement duration impacts variability but not impedance measured by the forced oscillation technique in healthy, asthma and COPD subjects.

Authors: Joanna C Watts; Claude S Farah; Leigh M Seccombe; Blake M Handley; Robin E Schoeffel; Amy Bertolin; Jessica Dame Carroll; Gregory G King; Cindy Thamrin
Journal: ERJ Open Res Date: 2016-04-13

9. Comparison Study of Airway Reactivity Outcomes due to a Pharmacologic Challenge Test: Impulse Oscillometry versus Least Mean Squared Analysis Techniques.

Authors: Elena Rodriguez; Charrell M Bullard; Milena H Armani; Thomas L Miller; Thomas H Shaffer
Journal: Pulm Med Date: 2013-04-11