1987OtolaryngologyRequires access

Surfactant in Middle Ear Effusions

Andrew A. Grace, Peter Kwok, Michael Kawke

Open publisher page 25 citations

Abstract

Evidence from animal studies suggests that substances that lower surface tension are present in the middle ear cleft, where they may facilitate opening of the eustachian tube. The purpose of this study was to investigate whether or not surface-tension-lowering substances are present in middle ear effusions. Aspirates from children and adults with secretory otitis media--both serous otitis media and mucoid otitis media--were analyzed by means of two-dimensional thin-layer chromatography. Phospholipids, the major components of pulmonary surfactant, were present in appreciable quantities in all aspirates. Differences in total phosphate content and phospholipid composition were found when effusions from adults and children were compared.

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What this paper is about

Evidence from animal studies suggests that substances that lower surface tension are present in the middle ear cleft, where they may facilitate opening of the eustachian tube. The purpose of this study was to investigate whether or not surface-tension-lowering substances are present in middle ear effusions. Aspirates from children and adults with secretory otitis media--both serous otitis media and mucoid otitis media--were analyzed by means of two-dimensional thin-layer chromatography. Phospholipids, the major components of pulmonary surfactant, were present in appreciable quantities in all aspirates. Differences in total phosphate content and phospholipid composition were found when effusions from adults and children were compared.

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Available abstract

Evidence from animal studies suggests that substances that lower surface tension are present in the middle ear cleft, where they may facilitate opening of the eustachian tube. The purpose of this study was to investigate whether or not surface-tension-lowering substances are present in middle ear effusions. Aspirates from children and adults with secretory otitis media--both serous otitis media and mucoid otitis media--were analyzed by means of two-dimensional thin-layer chromatography. Phospholipids, the major components of pulmonary surfactant, were present in appreciable quantities in all aspirates. Differences in total phosphate content and phospholipid composition were found when effusions from adults and children were compared.

Key concepts: Pulmonary surfactant, Middle ear, Medicine, Anatomy, Engineering, Chemical engineering

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