This is too bad given the more beneficial gene expression pattern associated with meaningfulness.
考虑到与意义性相关的、更有益的基因表达模式的话，这就太糟糕了。
Cole's past work has linked various kinds of chronic adversity to a particular gene expression pattern.
科尔过去的研究将各种长期性的逆境与特定的基因表达模式联系起来。
Metatranscriptomics studies have been performed to study the gene expression of microbial communities.
进行了超转录组学研究以研究微生物群落的基因表达。
Changes in gene expression may help explain why so many diets fail.
基因表达的改变可以解释为什么这么多人节食都失败了。
These regulate gene expression by binding to target messenger RNAs.
这些调节基因的表达和特定的信使RNA相关。
But the gene expression paradigm is widely accepted among geneticists.
但是基因的表达范式已被遗传学家广为接受。
Illness could be another explanation for the altered gene expression.
疾病可能是基因表达改变的另一种解释。
Other recent studies have also shown the power of environment over gene expression.
其他研究也表明环境控制着基因表达。
But such gene expression is "not always the case-there are exceptions," Scherer says.
但是，这样的基因表达“并非总是如此，也有例外，”谢勒说。
Three years later, the institute had completed an atlas of gene expression in the mouse brain.
三年后，研究所完成了老鼠脑内基因表达图谱。
One adds molecules called methyl groups to the DNA of the gene. This suppresses gene expression.
一种是在基因的DNA上添加甲基，从而阻止了基因表达。
Each tissue ribbon is then dropped into a test tube and its RNA purified for gene expression analysis.
然后每一个组织都被放入一个测试试管中，它们的RNA会被进一步提纯用作基因表达的相关研究。
There is some obvious inaccuracy of gene expression in the experiment to obtain the gene expression data.
在基因表达谱数据获取过程中，基因表达谱数据含有较大的实验误差。
To assess gene expression in each small bit of tissue, researchers expose its RNA to a gene chip, or DNA microarray.
为了评价每小片组织中的基因的表达情况，研究人员将它的RNA暴露给一个基因芯片，或者DNA阵列。
Here's a video that animates the acetylation of histone proteins in the regulation of gene expression in cancer cells.
下面的视频是关于在癌症细胞里的常规基因表达是如何进行组蛋白乙酰化作用(acetylationofhistone)的。
"Hormones can modulate gene expression and, during stress, you have very high levels of stress hormone," Dr. Loria said.
“激素能够在遭受压力期间调制基因表达，而你同时又拥有非常高水平的压力激素，”洛里亚博士说。
Even this short, relatively mild food reduction resulted in long-term changes in gene expression, the researchers found.
研究人员发现，即使是这种相对较轻的短期食物减少也会引起基因表达的长期改变。
Such images provide an important anatomical reference on which researchers can overlay information about gene expression.
这些图像为研究人员获取基因表达的信息提供了解剖学参考。
(The epigenome governs patterns of gene expression.) This reprogramming could explain how we are indeed evolving so fast.
(外部基因控制着基因的外部表现形式)这种改变能够解释我们为什么会胖得如此之快。
That cell hybridization can be used to dissect regulatory mechanisms controlling gene expression in eukaryotic cells.
杂交细胞能被应用于剖析真核细胞中控制基因表现的调节机理。
But because the DNA code itself remained unchanged, Morris's team suggest that the changes in gene expression are epigenetic.
但由于DNA密码本身并无变化，莫里斯的团队认为这些基因表达的调整是表观的。
These chemical changes are now thought to include gene expression, not just suppression, as had been previously hypothesized.
这些化学变化如今被认为包括基因表达，而不是像过去假设的那样仅仅包括基因抑制。
When you can log on to a map of gene expression from anywhere in the world, more people can enter the scientific conversation.
当你能从世界任何一个地方登录上基因表达图时，更多的人就能参与到科学讨论中来。
In mammalian cells, the promoter is a complex region containing binding sites for many proteins that regulate gene expression.
在哺乳动物细胞里，启动子是一个包含着许多蛋白质结合位点的复杂区域，它调节基因的表达。
But what if we intervene on behalf of gene expression by controlling the formation and liberation of free radicals in the body?
但是如果我们通过控制自由基的信息和释放来干预基因的表达，结果会怎样？
So they did a post-mortem analysis of gene expression in the brains of smokers, alcoholics and those who had done both during their lives.
于是，他们对吸烟者、酗酒者和在生前既饮酒又抽烟的人做了尸体检验，以研究他们的大脑所表达出来的基因。
So, very crudely, the thing on the wall is the switch DNA, your finger is the regulator, and gene expression is the light turning on or turning off.
因此，大体上可以这么形容，在墙上的东西就是开关DNA，手指是调控器，基因表达就是打开灯或关闭灯。
This idea is supported by research with mice, which has shown that providing a rich, stimulating environment directly affects gene expression in the brain.
这一观点已通过白鼠研究证实，实验证明提供一个丰富刺激的环境可直接影响大脑中的基因表现。
This idea is supported by research with mice, which has shown that providing a rich, stimulating environment directly affects gene expression in the brain.
这一观点已通过白鼠研究证实，实验证明提供一个丰富刺激的环境可直接影响大脑中的基因表现。
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