英语释义

1. military post office

片语

pulmonary mpo肺组织mpo

mouse MPO小鼠髓过氧化物酶

MPO Myeloperoxidase髓过氧化物酶

MPO ELISA髓过氧化物酶

MPO Adapter附件类型

MPO Antigen髓过氧化物酶

myeloperoxtidase MPO髓过氧化物酶

MPO MTP光纤跳线快速测试线序极性

rat MPO大鼠髓过氧化物酶

英汉例句

• MAIN OUTCOME MEARSURES: Positive expression of ICAM 1, MPO activity and cellular ultrastructure.

  主要观察指标：ICAM -1阳性表达，MPO活性，细胞超微结构。

• Results: Compared with the model group, liquiritin noticeably decreased the activity of MPO and the expression of ICAM-1.

  结果：与模型组相比，甘草苷可明显减轻脑组织病理学改变，降低MPO活性及ICAM - 1表达。

• CONCLUSION: The MPO vigor, following phosgene exposure, increases greatly in lungs, indicating an obvious PMN aggregation. Depletion of PMN can relieve acute lung injury induced by phosgene.

  结论：光气中毒后肺mpo活性显着增加，提示肺部有明显的PMN聚集，耗竭pmn后可以缓解光气中毒后肺损伤的程度。

• Methods: 154 patients with ACS were randomly separated into Probiacol treatment group and control group. The serum concentration of MPO and hs-CRP was measured before and after treatment.

  方法将急性冠状动脉综合征患者随机分为普罗布考组和对照组，分别检测治疗前后血清髓过氧化酶和高敏C反应蛋白的浓度。

• Results successful model group, LA and MPO in intestinal mucosa tissue were much higher than those of normal group(PP

  结果与空白组比较，模型组大鼠肠粘膜LA含量、MPO活性显着升高（PP

• Methods Expression of MPO was detected in bone marrow mononuclear cell (BMMNC) from 36 cases with ANLL and 30 normal controls by capillary electrophoresis (ce).

  方法采用毛细管电泳(CE)电化学检测法检测36例ANLL患者及30例正常骨髓单个核细胞(BMMNC)中MPO表达。

• Blood LAA was positively correlated with tissue MPO content.

  外周血laa与肺组织MPO含量呈正相关。

• Measure the MPO activity of the rest part of colon in homogenate.

  其余部分结肠组织匀浆测定MPO活性。

• Conclusion: Cytokines IL 8, TNF, MPO and MDA are correlated with Cold Heat Syndrome in duodenal ulcer patients and which might be one of the molecular mechanisms of Cold Heat Syndrome Differentiation.

  结论：炎癥因子il8、TNF、MPO及MDA与中医寒热辨证有一定的相关性，可能是中医寒热证型形成的物质基础之一。

• C5 fragment induced MPO and lactoferrin release was produced in an incremental manner with elastase, however a biphasic response with cathepsin G.

  随着弹性酶浓度增加，C5片段导致中性粒细胞释放MPO和乳铁传递蛋白增加，而组织蛋白酶G对两者的释放产生双向反应。