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2.
Arch Latinoam Nutr ; 28(3): 301-17, 1978 Sep.
Article in Spanish | MEDLINE | ID: mdl-753181

ABSTRACT

Tests based on the analysis of the gaseous components of expired air have been developed to study intestinal absorption and intermediary metabolism of various nutrients. This paper reviews the breath-analysis tests based on the measurement of CH4, H2, and isotopically-labelled CO2 for studying the intestinal absorption of carbohydrates, fats, and bile salts, and intrahepatic metabolism. New technology employing mass spectrometry allows the use of the stable isotope, carbon-13, instead of the radioactive isotope, carbon-14, for CO2 breath tests. The nutritional application of the breath-analysis tests is discussed, and the advantages of the non-radioactive, non-invasive procedures, especially for use in children and pregnant women in whom standard investigational methods represent a discomfort or a radioactive hazard, are emphasized.


Subject(s)
Breath Tests , Diet , Intestinal Absorption , Intestines/physiology , Bile Acids and Salts/metabolism , Carbon Dioxide/metabolism , Carbon Isotopes , Carbon Monoxide/metabolism , Chromatography, Gas , Dietary Carbohydrates/metabolism , Dietary Fats/metabolism , Gases/metabolism , Glycocholic Acid/metabolism , Humans , Hydrogen/metabolism , Lactose/administration & dosage , Methane/metabolism , Xylose/metabolism
4.
Journal of the American Dental Association;128(2): 201-205,
in English | URUGUAIODONTO | ID: odn-12593
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