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CLINICAL EXPERIENCE WITH IRRADIATED ERGOSTEROL
112
Citations
6
References
1928
Year
Lipid AnalysisRadiation ExposureHyperlipidemiaSpecific Antirachitic PropertiesFood ChemistryThrombosisRadiation MedicinePhototoxicityMetabolismRadiation OncologyAtherosclerosisNuclear MedicineRadiologySpectral Absorption TestsHealth SciencesAnimal BodyOxysterolRadiation TherapyBiochemistryLipid ScienceRadiation EffectsBiomolecular EngineeringCardiovascular DiseaseLipid ChemistryMedicine
In 1924 it was shown independently by Hess<sup>1</sup>and by Steenbock<sup>2</sup>that various foods, such as oils, milk and cereals can be endowed with specific antirachitic properties merely by subjecting them to ultraviolet radiations. The year following, these investigators<sup>3</sup>found that the substance which undergoes this specific change is a sterol, seemingly cholesterol, which has long been known to be a constituent of every cell in the animal body. These studies and their obvious connotations definitely identified actinotherapy with photochemistry. The subject was elucidated still further about a year ago by the investigations of Windaus and Hess<sup>4</sup>and of Rosenheim and Webster<sup>5</sup>who, by means of chemical analyses and spectral absorption tests, determined that it is ergosterol, a sterol closely allied to cholesterol, which is activated by the ultraviolet rays in this remarkable way. Ergosterol was one of the large number of sterols known to
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