CHLORINATION AND SULFATION REACTIONS IN BIOSYNTHESIS OF CHLOROSULFOLIPIDS IN OCHROMONAS-DANICA, IN-VIVO
CHLORINATION AND SULFATION REACTIONS IN BIOSYNTHESIS OF CHLOROSULFOLIPIDS IN OCHROMONAS-DANICA, IN-VIVO
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DOI：
10.1021/bi00746a026
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发表时间：
1973-01-01
期刊：
影响因子：
2.9
通讯作者：
HAINES, TH
中科院分区：
文献类型：
--
作者：
MOONEY, CL;HAINES, TH
卡罗琳湖Mooney和托马斯H.摘要：植物鞭毛虫，丹麦赭单胞菌，产生大量的氯硫脂。这些化合物是二十二烷1，14-二硫酸酯和二十四烷1，15-二硫酸酯的衍生物，其中1 - 6个氯原子已取代了等量的氢。14 C标记的二十二烷二醇1，14-二硫酸酯和14 C标记的二十四烷二醇1，15-二硫酸酯直接掺入氯化硫酸酯中。由于硫苷脂不被生物降解或脱硫酸盐，这表明氯化
Carolyn L. Mooney; and Thomas H. Haines* abstract: The phytoflagellate, Ochromonas danica, produces large amounts of chlorosulfolipids. These compounds are derivatives of docosane 1, 14-disulfate and tetracosane 1, 15-disulfate, in which one to six chlorine atoms have been sub-stituted for the equivalent number of hydrogens. 14C-Labeled docosanediol 1, 14-disulfate and 14C-labeled tetracosanediol 1, 15-disulfate were incorporated into the chlorinated sulfatides directly. Since the sulfatide is not degraded or de-sulfated by the organism, this demonstrates that chlorination