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。
It may also reduce free radical damage.
它还能减轻自由基破坏。
This is the webpage of Free Radical Research.
这是《自由基研究》杂志的网页。
Auto-acceleration in free radical polymerization.
自由基聚合的自动加速；
The organism tries to counter with free radical production.
肌体通过产生自由基来对抗衰老。
Antioxidants are also known as free radical scavengers.
抗氧化剂也被称为自由基清除剂。
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。
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。
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。
A free radical mechanism for acrylonitrile polymerization was proposed.
证明了其聚合反应为游离基机理。
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？
Both will help to combat free radical damage, reducing fine lines, wrinkles, and inflammation.
这些都能帮你抵抗自由基损伤，减少细纹、皱纹以及发炎。
Scientists there examined DADS ability to kill cells in a process involving free radical production.
科学家们检查(DADS)能够在产生自由基的过程中杀灭细胞。
As stated earlier, degenerative illness is a function of free radical damage to our cells over time.
如前所述，退化性疾病由于自由基持续对我们细胞的损害。
Vitamin E helps improve our health as it is a good free radical fighter and powerful antioxidant.
维他命E可帮助促进我们的身体健康，因为它是很好的阻击自由基以及强效的抗氧化剂。
They are large molecules that are able to maintain stability even if they are in a free radical form.
抗氧化剂是很大的分子团，即使是在自由基的状态下它们仍能保持稳定。
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。
Are we treating arthritis by suppressing the protective inflammation brought about by years of free radical damage?
我们是通过抑制自由基多年伤害带来的炎症来治疗关节炎吗？
Conclusion: the magnetized liquor could affect contents of free radical and cholesterol in the kidney of mice.
结论：磁处理白酒可影响小鼠肾匀浆自由基及胆固醇含量。
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。
Evidence suggests that pumping in too much oxygen too quickly can strip the molecule of a single electron, creating a free radical.
证据显示，太快地吸入过多的氧气可能夺走单电子的分子，形成自由基。
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。
Conclusion: the magnetized liquor can affect the metabolism of free radical and the content of cholesterol in the brain of mice.
结论：磁处理白酒可影响小鼠脑组织的自由基代谢及胆固醇含量。
Milk Thistle has a protective effect on the cell membrane which is mediated by a strong free radical scavenging and antioxidant action.
水飞蓟具有细胞膜上的是由一个强大的清除自由基和抗氧化作用介导的保护作用。
The mineral makeup forms a breathable barrier that actually protects the skin from environmental pollutants that can cause free radical damage.
矿物化妆品可以隔绝伤害你皮肤的自由基和外界的污染，而同时又能让你肌肤自由的呼吸。
Food enhanced with isotopes is thought to produce bodily constituents and DNA more resistant to detrimental processes, like free radical attack.
富含同位素的食物被认为可以产生更能对抗诸如自由基攻击的有害作用的机体成分及DNA。
Conclusion High energy shock wave inducing renal damage is associated with free radical formation, endothelin release, and decrease of renal plasm flow.
结论高能冲击波致肾脏损伤与自由基形成、内皮素升高引起肾血流下降有关。
After determining the cause of hearing loss, the researchers combed through published literature to see what kind of intervention might stave off free radical damage.
研究了听力衰退的成因之后，研究者们梳理已发表的文章，以期找出可能避免自由基损伤的方法。
Hyperglycemia has been shown to potentiate ischemic injury of the spinal cord by quenching vasodilators and potentiating tissue acidosis and free radical production.
目的：已有事实表明高血糖症可通过减弱血管扩张，提高组织酸度，释放刺激性产物导致脊髓的缺血损伤。
Hyperglycemia has been shown to potentiate ischemic injury of the spinal cord by quenching vasodilators and potentiating tissue acidosis and free radical production.
目的：已有事实表明高血糖症可通过减弱血管扩张，提高组织酸度，释放刺激性产物导致脊髓的缺血损伤。
应用推荐