Kadyrova R Kh, Shakieva R A
Ter Arkh. 1986;58(2):79-82.
In the bile of patients with alimentary obesity, the content of primary (cholic) bile acids is reduced, that of secondary (deoxycholic) acids is increased, and the quota of glycine-bound cholates is lowered. This points to the distress of the cholate-synthesizing, glyco-conjugating, and hydroxylating function of liver cells. In addition, the bile of obese persons is characterized by a low content of free fatty acids associated with an increase in the amount of total lipids, glycerides, and phospholipids. The treatment of obesity by the subcaloric diet and graded physical exercise brings about positive changes in the content of cholic and deoxycholic acids in the bile and gives rise to the enhanced excretion of all lipid fractions, cholesterol in particular, with the bile to the intestine, thereby raising the bile lithogenic potential.
在饮食性肥胖患者的胆汁中,初级(胆酸)胆汁酸含量降低,次级(脱氧胆酸)胆汁酸含量增加,且甘氨酸结合胆酸盐的比例降低。这表明肝细胞的胆酸盐合成、糖结合及羟化功能出现紊乱。此外,肥胖者的胆汁特点是游离脂肪酸含量低,同时总脂质、甘油酯和磷脂的量增加。通过低热量饮食和分级体育锻炼治疗肥胖,可使胆汁中胆酸和脱氧胆酸的含量发生积极变化,并促使所有脂质成分,尤其是胆固醇,随胆汁增强向肠道的排泄,从而提高胆汁的致石潜力。