您要查找的是不是:
- Conclusion The cytotoxicity of chrysotile asdestos on pulmonary alveolar macrophages maybe related to the surface free radicals of chrysotile asbedtos. 结论纤状蛇纹石石棉对肺泡巨噬细胞的毒性可能与其表面活性基团有关。
- Abstract: AIM: To assess the role of surface free radicals and electromotive voltage of fibrous mineral dusts in rabbit pulmonary alveolar macrophage injuries induced by fibrous mineral dusts. 摘 要: 目的:评价纤维状矿物粉尘的表面游离基团及表面电动电位在其对肺泡巨噬细胞毒性中所起的作用,探讨其损伤的机制。
- The interface characteristics of rice/wheat straws after being ground mechanically,such as surface shape,surface chemical function group,surface free energy,and surfical free radicals,were studied. 对比两种原料稻草和麦秸分别经机械粉碎前后其界面特征因子,包括表面形貌、表面化学官能团、表面自由基及表面自由能等的变化。
- surface free radicals 表面自由基
- In some cases free radicals can be detected. 在某些情况下可以测出自由基来。
- Free radicals are very reactive. 自由的激进分子非常反动。
- Surface Free Energy and Solid-Liquid Slippage. 界面自由能与滑移。
- Pinhole free film. A surface free from any defects. 无针孔的涂膜,没有表面缺陷的表面。
- Surface properties, free radicals released by mineral dusts or stimulated phagocyte play important roles in causing ce. 矿物粉尘具有很强的生物活性,对人体健康、生物效应有其特有的生理作用。
- The free radicals may also disrupt other parts of cells directly. 这些自由基也可能会直接破坏细胞的其他地方。
- Surface properties, free radicals released by mineral dusts or stimulated phagocyte play important roles in causing cell injury and pneumoconiosis. 矿物粉尘本身或刺激吞噬细胞而产生的自由基对细胞的损伤和粉尘性疾病的形成起着至关重要的作用。
- Keep the surface free of dirt by putting a cover over it. 把表面盖好,免落灰尘。
- Strong sunlight and free radicals in the air serve to accelerate ageing. 当然可以,因为阳光中强烈的紫外线和空气中的游离基,会加速皮肤老化。
- The scavenging of melanin to hydroxyl free radicals was studied by fluorometry. 利用荧光光度分析法研究了黑色素对羟基自由基的清除活性。
- Beer has antioxygenic property and it could eliminate free radicals. 摘要啤酒具有抗氧化能力,可以清除自由基。
- Garlic's anti-oxidising function hel protect agai t harmful free radicals. 大蒜具抗氧化作用,有助对抗有害的游离基。
- Keywords radiating modification;CaCO_3 filler;surface property;graft copolymerization;surface free radical; 辐照改性;碳酸钙填料;表面性质;接枝共聚合;表面自由基;
- Objective To study the role of oxygen free radicals(OFR) in irreversible shock. 目的探讨氧自由基在低血容量休克难治期的作用。
- "However, free radicals created naturally in the body attack the POMC neurons. 但是,体内天然产生的自由基攻击POMC神经元。
- Oxygen Use produces oxygen free radicals that can destory the organism. 氧气制造氧自由基来摧毁病毒组织。