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  Vol. 127 No. 3, March 1971 TABLE OF CONTENTS
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  SYMPOSIUM ON POLLUTION AND LUNG BIOCHEMISTRY
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Ultrastructural Evidence for a Noncellular Lining Layer of Lung Alveoli

A Critical Review

Robert E. Brooks, PhD

Arch Intern Med. 1971;127(3):426-428.


Abstract



Postulated need for a surfactant-containing, submicroscopic layer lining mammalian lung alveoli has stimulated electron microscopic search for this layer. Several investigators who performed ultrastructural studies reported finding an alveolar layer. Some studies in which multivalent cationic "stains" were used revealed an adherent layer on alveolar epithelial cells. This is probably a mucopolysaccharide-containing cell coat common to most cells. Other studies illustrated thick homogeneous layers. These may result from blood protein leakage into alveolar air spaces during tissue preparation. Still other studies revealed noncontinuous, single or multiple, osmiophilic, thin membranes. These may represent the sought-for alveolar lining layer. Newer methods using tissue freezing offer promise for resolving the question of layer presence. Convincing ultrastructural evidence for a continuous surfactant-containing layer on the alveolar surface has not yet been obtained.



Author Affiliations



Portland, Ore

From the Department of Pathology, University of Oregon Medical School, Portland.


Footnotes



Received for publication Oct 20, 1970; accepted Dec 1.

Read in part before the Tenth Annual Hanford Biology Symposium on Pollution and Lung Biochemistry, Richland, Wash, June 3, 1970, jointly sponsored by the Battelle Memorial Institute-Pacific Northwest Laboratories, National Air Pollution Control Administration, National Institute of Environmental Health Sciences, and the US Atomic Energy Commission.

Reprint requests to Department of Pathology, University of Oregon Medical School, 3181 SW Sam Jackson Park Rd, Portland, Ore 97201 (Dr. Brooks).



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THIS ARTICLE HAS BEEN CITED BY OTHER ARTICLES

Alveolar Clearance of Aerosols
Morrow
Arch Intern Med 1973;131:101-108.
ABSTRACT  





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