Journal of General Microbiology · 1963 · 71 citations · 9 references
Life SciencesBiochemistryMicrobiologyEnzymologyMetabolismMycologyCarbohydrate MetabolismCholesterol BiosynthesisLipid MetabolismPhotosynthetic PigmentsPigment ProductionSterol MetabolismCarotenoid BiosynthesisCarotenoid ChemistryCarotenoid MetabolismFatty AcidsMycoplasma InfectionsNutrient-dependent Pigment SynthesisPigment Biosynthetic PathwaysPigments
SUMMARY: All the Mycoplasma organisms examined, which did not require a sterol as a nutrient, contained a carotenoid pigment identifiable as the hydrocarbon, neurosporene, and a carotenol. The carotenol occurred as the free alcohol, esterified with fatty acids, and in glycosidic linkage with glucose. The carotenyl glucoside in two organisms was hydrolysable with β-glucosidase, indicating the glucosidic linkage to be in the β configuration. The carotenoid compounds found in these organisms are analogous to the sterol compounds found in sterol-requiring organisms. Cholesterol supplied in the culture medium spared the synthesis of the carotenoids. Carotenols are postulated to serve in reactions which involve substrate transport and end-product transport across the cell membrane.
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A SUBMICRODETERMINATION OF GLUCOSE
James T. Park, Marvin J. Johnson · Journal of Biological Chemistry · 1949 · 1.6K citations · Full text
AMINO ACID METABOLISM BY PLEUROPNEUMONIALIKE ORGANISMS I
Paul F. Smith · Journal of Bacteriology · 1955 · 42 citations · Full text