锌指蛋白是重要和典型的基因调控蛋白。
Zine finger proteins important and typical proteins for gene regulation.
锌指蛋白是重要的、典型的基因调控蛋白。
Zine finger proteins are important and typical Proteins for gene regulation.
这项技术需要用到植入新基因病毒载体和多种调控蛋白。
The technique involves gene insertion by a virus vector and exposure to numerous regulatory proteins.
免疫组化法观察细胞周期调控蛋白的表达变化。
The expression of protein related cell cycle was observed by immunohistochemical.
这些调控蛋白的存在又可以用来印证凋亡的现象。
It is certificated that apoptosis is controlled by these proteins.
目的观察氟对牙胚细胞增殖及相关调控蛋白表达的影响。
Objective to investigate the effect of fluoride on human tooth-germ cell proliferation and expression of related regulators.
背景：细胞周期调控蛋白水平及其相互关系是良恶性细胞增殖的主要区别标准。
BACKGROUND: the different level of proteins regulating cell cycle and their correlation is the main criteria to differentiate the benign and malignant cellular proliferation.
目的研究大鼠局灶性脑缺血时糖调控蛋白(GRP78、GRP94)的表达。
Objective To investigate the expression of the glucose regulated protein (GRP78, GRP94) in rats during focal cerebral ischemia.
高浓度的IAA、JA、GA会抑制芽的萌发，从而可以调控蛋白质的降解。
The high concentration of IAA, JA and GA can inhibit the bug's bourgeon, and control protein degradation.
该文围绕这些调控蛋白的分子结构、生理功能以及蛋白间的相互作用作一综述。
This article focuses on the physiological function and the interactions of these regulating proteins.
结论：DCN可能为一种负性调控蛋白，可通过调节细胞周期，抑制肝癌细胞的增殖，促进其凋亡。
CONCLUSION: DCN may be a negative regulatory protein inhibiting hepatoma carcinoma cell proliferation through inhibiting cell cycle and inducing apoptosis of cell in vitro.
铁反应元件(IRE)具有的高度保守的RNA茎环结构，是胞质中IRE结合铁调控蛋白(irp)的位点。
The iron response element (IRE) is a highly conserved RNA stem loop structure. It is the binding site of iron regulatory protein (IRP).
锌指蛋白的发现使人们认识到锌以锌指蛋白的方式调控着机体的生命活动，锌指蛋白是基因调控蛋白中最重要的蛋白。
After the discovery of zinc finger protein, people began to be convinced that zinc regulates vital movement via zinc finger protein.
在植入物中使用丝的一大好处在于丝蛋白的降解时间各不相同，而且是可以调控的。
One of the benefits of using silk in implants is that its degradation time can be varied and controlled.
2007年的试验结果令人眼界大开：染色体上藏着许多以前不为人知的位点，那里结合着各种各样的蛋白——可能是基因调控和表观遗传效应的温床。
The 2007 pilot results were eye-opening: Chromosomes harbored many previously unsuspected sites where various proteins bound—possible hotbeds of gene regulation or epigenetic effects.
小组建立了一系列突变体的蠕虫样本，在基因上对羟色胺的蛋白质调控有缺陷。有些篡改影响食欲，有些影响代谢。
The team created a number of mutant worms with engineered defects in proteins that serotonin controls; some of the proteins they tampered with affected appetite, others metabolism.
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。
This is because they code for something other than the proteins that are expressed in human cells and that regulate biological processes.
组蛋白是涉及到调控基因的蛋白质。
Histones are proteins involved in regulating genes being turned on and off.
在正常情况下，该蛋白对大脑突触形成相关蛋白的形成起调控作用。男孩患有此种病症——这是已知的造成孤独症的主要原因，这仅仅是因为他们只有一条X染色体。
Boys are usually more severely affected with the condition - which is the leading known cause of autism - because they have only one X chromosome.
丘脑是大脑中负责睡眠调控的部分，致死性家族性失眠症正是由于一种异常蛋白质“朊蛋白”在丘脑中的累积产生的。
F.F.I. is caused by anaccumulation within the thalamus — the part of the brain that controlssleep regulation — of abnormal proteins called “prions.”
包括H5N1在内的所有病毒仅仅拥有调控自身所有功能的少量蛋白质。
All viruses, including H5N1, contain only a small number of proteins that govern all of the viruses' functions.
而且不同的盐激时间还出现不同的差异蛋白，说明其细胞内存在复杂的应答盐激的蛋白质网络调控。
In addition, the appearance of differential displayed proteins responding to different salt shock periods was also demonstrated, illuminating that complex network of regulation exist in cell.
生物学中的许多现象如细胞凋亡、细胞周期调控、信号转导和癌变等均受蛋白质间相互作用的调控。
Many phenomena in biology, such as apoptosis, cell cycle control, signal transduction and canceration and etc, are all regulated by the interaction of proteins.
在这里我们已经建立了SUMO结合的新角色，在表观遗传调控中调控的蛋白质和蛋白质甲基化。
Here we've established a new role for SUMOylation, mediating the interaction between protein and protein methylation in epigenetic regulation.
在这里我们已经建立了SUMO结合的新角色，在表观遗传调控中调控的蛋白质和蛋白质甲基化。
Here we've established a new role for SUMOylation, mediating the interaction between protein and protein methylation in epigenetic regulation.
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