As we learn more about the DNA in human cells and how it controls the growth and development of cells, then maybe we can explain a very important observation.
当我们了解了更多关于人类细胞的DNA，以及它是如何控制细胞的生长和发育的，那么也许我们可以解释一个非常重要的观察结果。
This feature has been copied on DNA in human cells.
这一特性，已被拷贝在人体细胞的dna上。
Conclusions: FOXP3 expression in human cells is affected by T-cells activation.
结论：人类FOXP3的表达受T细胞活化影响。
And this is important, because similar mechanisms might be present in human cells.
这一点非常重要，因为人类细胞也可能有相似的机制。
This is the first example in human cells of how reprogramming speed can be accelerated.
这是第一例人类细胞编码速度能被提升的实验。
DNA damage was found in human cells treated with glyphosate-based herbicides at these levels.
在这样非常低浓度水平草甘膦为基础的除草剂处理过的人类细胞中发现造成DNA的损伤。
For this to happen, it would need to be able to attach to, infect and replicate in human cells.
如果要发生大流行，病毒需要能够附着在人类细胞上，感染细胞并在其中复制。
Students of cytotechnology learn to recognize early signs of cancer and other diseases in human cells.
细胞技术学专业学习如何辨别人类细胞中早期癌症及其他疾病的特征。
Other scientists had managed versions of the trick before, but not in human cells, with such sophistication.
其他科学家之前已经进行过此类尝试，但没有用在人体细胞中，也没有如此的复杂性。
He silenced his critics in 2007 when he showed that one of the LINCs serves a vital function in human cells.
2007年当他向人们展示了其中一种在人类细胞中起着关键作用的LINCs后，对他的批评沉寂了下来。
The field of biological aging has in recent years focused on the long molecules of DNA contained in human cells called chromosomes.
在研究生物学老化问题的领域，近年来科学家们把注意力集中在被称作染色体的细胞DNA长分子上。
This is because they code for something other than the proteins that are expressed in human cells and that regulate biological processes.
之所以这样说是因为这些基因编码的并不是能够在人类细胞中表达并且调控某些生物过程的蛋白质。
Working out the functions of individual genes in human cells is now much simpler thanks to a new database of time-lapse movies showing cells in action.
由于表现细胞行为定时电影的新数据库的出现，使解答人类细胞单个基因的功能变得更简单。
The study is the first to demonstrate that it is possible to repair genetic faults in human cells and make batches of healthy replacements that could be used to treat a disease.
这项研究第一次证明：可以通过修复人类细胞中的遗传缺陷，再用修复后的健康细胞替代有缺陷的细胞，来治疗疾病。
Nonsense termination in human cells may also be susceptible to suppression by antisense agents, providing a new approach to address numerous diseases caused by nonsense mutations.
由于人体细胞的无义突变也可能敏感于反义试剂的抑制作用，这就为治疗由于无义突变导致的多种疾病提供了一个新途径。
In human cells, interferon-inducible transmembrane protein 1(IFITM1) is a component of protein complexes involved in homotypic adhesion and the transduction of antiproliferative signals.
在人的细胞中，干扰素诱导跨膜蛋白1是一个蛋白复合物的组分，该复合物与同型粘连和抗增殖信号的转换密切相关。
They first developed the method in mice and although the identifying markers are quite different in human cells, they have been able to successfully map their knowledge from mice onto humans.
首先，他们提出一种在小鼠上用的方法，虽然识别标记与人类细胞完全不同，但是他们已经能够自小鼠自人类复制他们的知识。
In isolated human cells, this antibody proved to be extraordinarily effective at thwarting the rhinovirus.
在分离的人体细胞中，这种抗体被证明对遏制鼻病毒非常有效。
In the cells of the human body itself, in the cells of every organ, of almost every type of tissue in the body, the same thing will happen eventually.
在人体自身的细胞中、在每个器官的细胞中、在人体几乎每一种组织中，同样的事情最终都会发生。
Many of these deaths could be prevented through the development of in vitro models of human cells and tissues that better mimic in vivo environments.
通过建立能够更好地模拟体内环境的人类细胞和组织的体外模型，能防止许多这样的死亡。
In contrast, 17 alpha androstenediol inhibits proliferation and mediates apoptosis in tumor cells of murine and human origin.
相比之下，17-α雄甾二烯抑制人和鼠组织的肿瘤细胞增殖和介导肿瘤细胞的凋亡。
Experts at the University of California at San Diego made the discovery by studying mice and human cells cultured in their laboratory.
圣地亚哥加利福尼亚大学的专家们，通过在实验室研究老鼠和人细胞培养得到这个发现。
In human eyes, a variety of cone cells helps us to distinguish between colors.
在人类的眼睛里，各种各样的圆状细胞帮助我们分辨颜色。
According to the student, which is one important purpose of studying specialized cells in human bones?
学习这些人类骨骼中的特殊细胞的重要目的是为了 学习如何预防骨头疾病。
Tests in rats, using human cells, have shown that oligodendrocytes injected this way can indeed help repair myelin sheaths and restore the ability of nerve cells to carry signals.
在老鼠实验中，使用人类的细胞，显示了用这种方式注视少突胶质细胞确实能帮助修复髓鞘并重建神经细胞传递信号的能力。
The team expressed different human genes in hamster cells, which were impervious to infection, looking for genes that allowed infection to occur.
该团队表示，在不受感染的仓鼠细胞里的不同人类基因正在寻找能被感染的基因。
The team expressed different human genes in hamster cells, which were impervious to infection, looking for genes that allowed infection to occur.
该团队表示，在不受感染的仓鼠细胞里的不同人类基因正在寻找能被感染的基因。
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