Marine natural products have become one of the most important resources of novel leading compounds especially for the critical diseases.
海洋天然产物已成为发现重要先导药物的主要源泉。
A study has shown that compounds found in the fruit protect cells from the ultraviolet radiation emitted by the sun - the leading environmental cause of skin cancer.
一项研究表明，在葡萄中发现的化合物能保护皮肤细胞，防止太阳紫外线的辐射，而紫外线正是诱发皮肤癌的首要环境因素。
Natural anti-inflammatory substances target a much broader range of inflammatory compounds, leading to greater safety and effectiveness.
而自然界里的抗组织胺物质可以抑制多种炎症混合物的产生，会给健康带来更大的安全作用。
Both these compounds are toxic, leading to mercury and lead poisoning.
这两种化合物都是有毒的，能导致汞和铅中毒。
Lack of knowledge and awareness about the pitfalls compounds the problem further leading to negativity about a wonderful system of marketing.
缺乏知识和认识问题的陷阱化合物进一步导致否定了精彩的营销体系。
High levels of organic compounds will frequently promote foaming leading to high consumption of antifoam reagents.
有机化合物的含量高常常促使生成泡沫，导致消泡剂的耗量增多。
These compounds activate dendritic cells to produce proinflammatory cytokines, which in turn trigger cytotoxic mechanisms leading to cancer death.
这些化合物能够启动树状突细胞产生致炎因子从而依次来引发可导致癌细胞死亡的细胞毒作用。
Further acceleration only compounds the push, as weight shifts back to the rear drive wheels, off of the front turning wheels, leading to a further lessening of the car's ability to turn in.
此时如果进一步加速，只会加剧推头，因为重量转移到后轮，前轮(转向轮)承受的重量减少，导致车辆的转向性能变差。
High levels of organic compounds will frequently promote foaming, leading to high consumption of antifoam reagents.
有机化合物的含量高常常促使生成泡沫，导致消泡剂的耗量增多。
Alveolar oxygen into nitrogen compounds, lead to the formation of nitrite and nitrate, a sharp stimulus to the lung tissue, increased pulmonary capillary permeability, leading to emphysema.
氮氧化合物进入肺泡后，能形成亚硝酸和硝酸，对肺组织产生剧烈的刺激作用，增加肺毛细管的通透性，最后造成肺气肿。
The harmful intervention of ROS in normal metabolic processes leading to pathologic changes was a consequence of their interaction with various biological compounds inside and outside cells.
在正常代谢过程中，活性氧的介入是有害的，活性氧引发细胞内外多种具有生物活性的化合物相互作用，最终导致机体产生病理变化。
The results indicate that niobium compounds form during solidification, leading to the refinement of austenite grains. The mechanism of grain refinement has been investigated extensively.
铌化物是在凝固过程中形成，具有细化奥氏体晶粒的作用，并分析研究了铌细化高锰钢奥氏体晶粒的机制。
The results indicate that niobium compounds form during solidification, leading to the refinement of austenite grains. The mechanism of grain refinement has been investigated extensively.
铌化物是在凝固过程中形成，具有细化奥氏体晶粒的作用，并分析研究了铌细化高锰钢奥氏体晶粒的机制。
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