Kameda K
Biochem Int. 1986 Aug;13(2):343-50.
Fatty acid binding protein(s) in E. coli membranes was solubilized and partially purified by oleate-AH Sepharose 4B column chromatography. The binding of palmitate to the protein was saturable. The protein bound all fatty acids with chain lengths of 10-18 tested, and its maximum activity was observed with palmitate. The incorporation of the protein into liposomes which contained a system for acyl-CoA synthesis significantly increased the uptake of the extracellular [14C] palmitate by the liposomes in comparison with the liposomes without the protein. The uptake of [14C] palmitate was also saturable, and the accumulated radioactive compound was found to be palmitoyl-CoA.
通过油酸盐-AH琼脂糖4B柱色谱法溶解并部分纯化了大肠杆菌膜中的脂肪酸结合蛋白。棕榈酸盐与该蛋白的结合是可饱和的。该蛋白能结合所测试的链长为10-18的所有脂肪酸,且在棕榈酸盐存在时观察到其最大活性。与不含该蛋白的脂质体相比,将该蛋白掺入含有酰基辅酶A合成系统的脂质体中显著增加了脂质体对细胞外[14C]棕榈酸盐的摄取。[14C]棕榈酸盐的摄取也是可饱和的,并且发现积累的放射性化合物是棕榈酰辅酶A。