草雀唱歌的行为改变了歌曲控制中心超过800处的基因表达，期中包括了一个可以改变他们转录因子和其目标的基因。
Singing changes expression for over 800 genes in the song control center, including ones that alter the expression of transcription factors and their targets.
事实上，这个转录因子似乎被保存在人类和草雀的基因中，让人不禁联想它可能在microRNA的控制路径中起到重要的作用。
The fact that this transcription factor appears to be conserved in humans and songbirds suggests it has an important function in microRNA regulatory pathways.
这一新研究领域依赖于获得被称作转录因子的主蛋白质，这种蛋白质控制细胞中哪组基因被激活，从而也就控制了细胞拥有哪些特性。
The new field depends on capturing master proteins called transcription factors that control which sets of genes are active in a cell and thus what properties the cell will possess.
这些基因的转录因子，它控制表达的许多基因，基因与细胞迁移和呼吸道过敏性疾病。
These genes were transcription factors, which control the expression of many genes, and genes associated with cellular migration and allergic airway disease.
转录辅激活蛋白和其他细胞因子及结构共同作用控制基因活动。
Transcriptional coactivators work with other cellular factors and machinery to control the activity of other genes.
Lee的小组使用一种反转录病毒将荧光基因植入狗胚胎成纤维细胞中，但是他们并不能控制这种反转录病毒植入基因的位置。
Lee's team used a retrovirus to transfer the fluorescent gene to dog fibroblast cells, but they could not control where the virus inserted the gene.
AHR的是一种转录因子，也就是说，它控制的信使分子的基因复制过程。
AHR is a transcription factor, meaning that it controls the process by which messenger molecules are copied from genes.
转录后调节控制流程的速度和蛋白质的生产时间和最最重要的是适当的细胞功能。
Posttranscriptional control processes regulate the rate and timing of protein production and are of central importance to proper cellular function.
基因的表达由一种叫转录因子的蛋白质控制，这种蛋白质本身也是通过基因的制造的。
The activity of genes is controlled by proteins called transcription factors that are, themselves, the products of genes.
它们共同控制着基因的转录。
MEF2D是一种转录因子，是一种控制某些基因开关状态的蛋白质。
MEF2D is a transcription factor, a protein that controls whether several genes are turned on or off.
罗杰。孔柏格则因其研究说明细胞的基因讯息如何转录到控制细胞结构和功能的蛋白质的过程而得奖。
Roger Kornberg won for his work illuminating the process in which genetic information in cells is translated into the proteins that control cellular structure and function.
植物基因的转录调控是以组合控制方式进行的。
The transcription of plant genes is regulated in the way of combination control.
最初大家都只知道它的序列很短，是极其微小的RNA控制片断，大家叫它为反义RNA，它通过置换作用而阻止抑制基因的活性，从而阻碍密码子的转录与翻译活动。
It was previously known that short, tiny control RNA, called antisense RNA, can stop the activity of genes by placing themselves so that "reading" of the code is impeded.
这些相互作用控制了许多关键的细胞生理过程，譬如细胞分裂、细胞信号传导、离子运输、稳态水平、基因转录、翻译等等。
These interactions drive critically important cellular processes such as cell division, cell signaling, ion transportation, homeostasis, gene transcription, and translation, etc.
E2F转录因子是控制细胞周期的关键调控因子。
The E2F transcription factors are key regulators in cell cycle regulation.
我们建议具体功能检测实验：验证动力学控制转录的作用；讨论破译基因工程“顺式调控的基因代码”的影响。
We propose experiments that will illuminate the role of kinetic control in tranion and discuss implications for deciphering the cis-regulatory "code. ""
如果我们知道这些转录如何进行，我们就能对这些转录进行调节以控制雌激素导致的细胞生长和响应。
If we can understand what those transcripts are doing, maybe we can modulate them to control cell growth and response to estrogen. This data set has been transformative for my lab.
如果我们知道这些转录如何进行，我们就能对这些转录进行调节以控制雌激素导致的细胞生长和响应。
If we can understand what those transcripts are doing, maybe we can modulate them to control cell growth and response to estrogen. This data set has been transformative for my lab.
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