Archives of Dermatology · 1970 · 89 citations · 14 references
Life SciencesBiochemistryFood ScienceAllergyFood ChemistryMetabolismBioactive Food ComponentsFatty Acid ChemistryFatty Acid MetabolismLipid MetabolismComedonal DisordersFatty AcidsOmega-3 Fatty AcidsSaturated Fatty AcidsUnsaturated Fatty Acids
The components in human sebum that mediate the formation of comedones in the rabbit ear were evaluated by applying various sebum fractions as well as individual authentic components of sebum. Practically all the major constituents of sebum had some activity. The activities of the triglycerides and waxes were respectively moderate and weak. Among the saturated fatty acids activity began at C<sub>10</sub>, reached a peak at C<sub>12</sub>and C<sub>14</sub>, lessened at C<sub>16</sub>and C<sub>18</sub>, and was absent at C<sub>20</sub>. Monounsaturation increased comedogenicity but high unsaturation had the opposite effect. Irritancy and comedogenicity were shown to be unrelated properties. The lower fatty acids C<sub>3</sub>and C<sub>5</sub>were highly irritating and noncomedogenic while C<sub>16</sub>and C<sub>18</sub>were comedogenic and non-irritating. The sebum of various animals had borderline comedogenicity because of the absence of triglycerides and fatty acids.
14
Topical Vitamin A Acid in Acne Vulgaris
Albert M. Kligman · Archives of Dermatology · 1969 · 311 citations
The Pathologic Dynamics of Acne Vulgaris
John S. Strauss · Archives of Dermatology · 1960 · 175 citations
Nicholas C. Nicolaides, Hwei C. Fu, Gary R. Rice · Journal of Investigative Dermatology · 1968 · 171 citations
Medicine, Anatomy, Dermatology +6