1·The first organic free radical identified was triphenylmethyl radical.
确定的第一个有机自由基是三苯甲基。
2·It may also reduce free radical damage.
它还能减轻自由基破坏。
3·This is the webpage of Free Radical Research.
这是《自由基研究》杂志的网页。
4·The organism tries to counter with free radical production.
肌体通过产生自由基来对抗衰老。
5·Antioxidants are also known as free radical scavengers.
抗氧化剂也被称为自由基清除剂。
6·Protein helps repair cells that have suffered free radical damage.
蛋白质帮助修复被自由基破坏的受损细胞。
7·A free radical is a molecular fragment having an unpaired electron.
自由基是一种具有未配对电子的分子碎体。
8·They also dramatically increase free radical generation in the brain.
他们还大幅增加自由基的生成在大脑中。
9·A free radical mechanism for acrylonitrile polymerization was proposed.
证明了其聚合反应为游离基机理。
10·So how can we try to reduce or prevent free radical damage to the cells?
因此，我们如何能够设法减少或防止自由基损伤的细胞？
1·This nasty free radical causes structural damage to your cells, and such damage is thought to be one of the primary causes of cancer.
这讨厌的自由基会导致你细胞的结构性破坏，这种损害被认为是患癌症主要原因之一。
2·Protein helps repair cells that have suffered free radical damage.
蛋白质帮助修复被自由基破坏的受损细胞。
3·Based on previous research, the researchers hypothesized that radiation from phones would accelerate progression of the disease be-cause other types of radiation cause free radical damage.
根据以往的研究，研究人员推测，手机辐射会加速疾病的进展，因为其他类型的辐射都会造成自由基损伤。
4·These antioxidants also fight against free radical damage that can occur within the brain as well as the body.
这些抗氧化剂还能够对抗大脑内及其它身体各部位的自由基损伤。
5·Scientists at the University of Kuwait were interested in finding out whether garlic could reduce free radical damage.
科威特大学的科学家们，致力于寻找大蒜是否能减少自由基受损。