在 中文 中使用 对脑 的示例及其翻译为 英语
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对脑的保护作用?
Protection of the brain?您必须对脑损伤有足够的重视。
收入不稳定可能对脑健康不利.
其中EPA和DHA对脑最有益。
可能会对脑和脊髓处给予外部放射疗法。
面神经facialnerve，是第七对脑神经。
对脑组织的任何损伤都可能导致长期的并发症，例如.
Any damage to 大脑的低效血液供应对脑功能有非常严重的影响。
An inefficient blood supply to the brain has very grave consequences on 这时血液中含有和毒素最多，氧气最少，对脑细胞不亚于剂“毒药”。
At this time, the blood contains the most toxins, oxygen at least,as much as the brain cells-“poison.””.目前已知D-乳酸对脑细胞暂时有毒性，干扰认知、思维和时间感。
D-lactic acid is known to be temporarily toxic to brain cells, interfering with cognition, thinking and sense of time.面对这种对脑重要性的齐声强调，有少数科学家坚持认为直立姿势是首要的。
Against this chorus of emphasis on the brain, a very few scientists upheld 他们也被称为大脑部分的男性化，并对脑细胞之间的连接数量产生影响。
They are also known to“masculinise” parts of the brain and to have effects on the number of connections between brain cells.针对脑细胞功能的早期变化-在它们出现之前开始退化-可能有效治疗记忆力减退。
Targeting the early changes in brain cell function- before they begin to degenerate- may be effective in treating memory loss.下一篇：神经毒剂袭击后，俄罗斯间谍的女儿'CAMEROUND'-但现在可能会对脑损伤并且永远不会恢复.
Russian spy's daughter'CAME ROUND' after nerve agent attack-but pair may now be brain damaged and NEVER recover.D-乳酸对脑细胞有短暂的毒性，可以干扰人们的认知，思考能力和时间感。
D-lactic acid is temporarily toxic to brain cells, and can interfere with people's cognition, ability to think, and sense of time.但是，在治疗数百名他汀类药物的患者中，我还没有观察到对脑功能的持续显着影响。
However, in treating hundreds of patients with statins,I have not observed a consistent significant effect on brain function.这种新的认识已经承载对脑功能和疾病的许多方面，包括了新的见解阿尔茨海默氏病。
This new realization has bearing on many aspects of brain function and disease, including new insights into Alzheimer's disease.这些可能包括痴呆症，帕金森氏病，脑瘤，中风史，对脑的辐射和脑外科手术。
These may include dementia, Parkinson's disease, brain tumours, history of brain stroke, radiation to the brain and brain surgery.到目前为止，人们还不知道与SVD有关的大脑小血管的变化是如何对脑细胞造成损害的。
Until now, it was not known how changes in small blood vessels in the brain associated with SVD can cause damage to brain cells.在个人层面，我特别感兴趣的是加深对脑功能发育和衰退的理解。
On a personal level,I'm particularly interested in deepening our understanding of both the development and the decline of brain function.大脑需要τ蛋白的功能，但在阿尔茨海默病的人中，蛋白质被扭曲，这可能导致对脑细胞的损害。
The brain needs tau protein to function, but in people with Alzheimer disease the protein gets twisted, which may damage brain cells.但现在我们知道，全身对脑损伤有反应，周围器官系统也推进脑损伤的演变。
But now we know that the entire body reacts to brain injury and that peripheral organ systems contribute to the evolution of the brain damage.".在2009年的研究中，Subramaniam发现Rhes还改变了亨廷顿病蛋白质的结构，使其对脑细胞的毒性更大。
In a 2009 study, Subramaniam found that Rhes also alters the Huntington diseaseprotein's structure making it more toxic to brain cells.虽然这些方法揭示了对脑功能的重要见解，但是不可能用这些技术来形象化和分析多个大脑。
While these approaches have revealed important insights into brain function, it is not possible to image and analyze multiple brains with these technologies.神经科学、分子生物学、遗传学、药理学和行为科学的进展正在带来对脑功能的更好的理解。
Advances in neuroscience, molecular biology, genetics, pharmacology andbehavioral sciences are making inroads into a better understanding of brain function.Omega-3s不仅对胎儿脑发育十分重要，研究表明它对脑功能的影响一直持续整个童年至成年。
Not only are omega-3s important for fetal brain development, but research indicates it continues to influence brain function throughout childhood and into adulthood.Capper等人使用机器学习方法根据称为甲基化的DNA改变类型的全基因组模式对脑肿瘤进行分类。
Capper et al.1 used a machine-learning approach to classify brain tumours on the basis of genome-wide patterns of a type of DNA alteration called methylation.然而，同样可能的是，经常使用大脑进行具有认知挑战性的任务可能会对脑网络的发展产生积极影响。
However, it is equally as likely that the frequent use of the brain for cognitively challenging tasks may positively influence the development of brain networks.”.
