安徽医药
安徽醫藥
안휘의약
ANHUI MEDICAL AND PHARMACEUTICAL JOURNAL
2015年
9期
1665-1667
,共3页
奥美拉唑%脾重指数%胸腺指数%溶酶体
奧美拉唑%脾重指數%胸腺指數%溶酶體
오미랍서%비중지수%흉선지수%용매체
omeprazole%spleen weight index%thymus inde%lysosome
目的:研究长期使用奥美拉唑( omeprazole,OME)是否会抑制小鼠体内溶酶体及其对小鼠免疫器官的影响。方法实验分为单纯对照组、OME低剂量组(6 mg· kg-1)、OME高剂量组(30 mg· kg-1),每组10只小鼠。饲养24周后处死小鼠, ELISA法检测小鼠血清及脾脏中酸性磷酸酶( acid phosphatase,ACP)、N-乙酰-β-D-氨基葡萄糖苷酶( N-acetyL-β-D-glucosamini-dase,NAG)含量,采集小鼠胸腺、脾脏并称重计算小鼠脾脏、胸腺重量指数。结果 OME组与对照组相比血清中溶酶体酶活性下降,两者差异具有统计学意义(P<0.05),同时小鼠脾脏及胸腺重量指数明显下降。结论 OME可以抑制小鼠体内溶酶体及其水解酶的活性,导致系统性免疫功能受损,从而降低小鼠免疫功能。
目的:研究長期使用奧美拉唑( omeprazole,OME)是否會抑製小鼠體內溶酶體及其對小鼠免疫器官的影響。方法實驗分為單純對照組、OME低劑量組(6 mg· kg-1)、OME高劑量組(30 mg· kg-1),每組10隻小鼠。飼養24週後處死小鼠, ELISA法檢測小鼠血清及脾髒中痠性燐痠酶( acid phosphatase,ACP)、N-乙酰-β-D-氨基葡萄糖苷酶( N-acetyL-β-D-glucosamini-dase,NAG)含量,採集小鼠胸腺、脾髒併稱重計算小鼠脾髒、胸腺重量指數。結果 OME組與對照組相比血清中溶酶體酶活性下降,兩者差異具有統計學意義(P<0.05),同時小鼠脾髒及胸腺重量指數明顯下降。結論 OME可以抑製小鼠體內溶酶體及其水解酶的活性,導緻繫統性免疫功能受損,從而降低小鼠免疫功能。
목적:연구장기사용오미랍서( omeprazole,OME)시부회억제소서체내용매체급기대소서면역기관적영향。방법실험분위단순대조조、OME저제량조(6 mg· kg-1)、OME고제량조(30 mg· kg-1),매조10지소서。사양24주후처사소서, ELISA법검측소서혈청급비장중산성린산매( acid phosphatase,ACP)、N-을선-β-D-안기포도당감매( N-acetyL-β-D-glucosamini-dase,NAG)함량,채집소서흉선、비장병칭중계산소서비장、흉선중량지수。결과 OME조여대조조상비혈청중용매체매활성하강,량자차이구유통계학의의(P<0.05),동시소서비장급흉선중량지수명현하강。결론 OME가이억제소서체내용매체급기수해매적활성,도치계통성면역공능수손,종이강저소서면역공능。
Objective To investigate if long-term use omeprazole( OME) will inhibit lysosomal in vivo in mice and its effect on the im-mune organs of mice.Methods Mice were divided into 3 group:control group,low dose OME group,high dose OME group,10 mice in each group.After 24 wk mice were sacrificed to collect samples and calculate the spleen index,ELISA was employed to assay the serum concentration of acid phosphatase(ACP)and N-acetyl -β-D-glucosaminidase(NAG).Results OME group compare with the control group,spleen weight index,thymus index decreased significantly,serum lysosomal enzyme levels also decreased significantly,the differences was satatically significant(P<0.05).Conclusion OME can inhibit the lysosomal hydrolase activity in mice,resulting in systemic immune function is impaired,thereby reducing immune function in mice.