最近的研究表明，AP-2能通过与其他蛋白的相互作用来调控AP-2下游基因的转录活性。
Recent studies have shown that interaction partners can modulate the transcriptional activity of AP-2 over the downstream targets.
同时研究了其在各种特定的条件下启动下游基因的表达及其表达量随温度的变化而改变的趋势。
We investigated the expression of GUS which was promoted by this promoter on different situation and the expression trend of GUS quantity go with the change of the temperature.
表皮生长因子受体(EGFR)通路下游基因的激活突变可以引起结直肠癌患者抗egfr耐药。
Activating mutations in downstream genes of the epidermal growth factor receptor (EGFR) pathway may cause anti-EGFR resistance in patients with colorectal cancers.
空间相干的缺陷和图像处理有许多潜在影响的下游基因芯片数据分析所有基因芯片都在一定程度上的影响。
All GeneChips are affected to some extent by spatially coherent defects and image processing has a number of potential impacts on the downstream analysis of GeneChip data.
ARF是生长素信号转导途径中的关键因子，它可以接受生长素传递的信号，启动或是抑制下游基因的表达。
ARF is the key factor in auxin signal transduction pathway, which can receive the signals caused by auxin and activate or repress the expression of the backward genes.
结果表明克隆到的目的片段具有启动子功能，并且在干旱、高盐、低温诱导胁迫下更能强烈地驱动下游基因的表达。
Result shows that cloning purpose fragment has the function of promoter, and it can regulate lower reaches gene expression intensely in drought, high-salt and cold.
成胎期，基因变异仅仅是个开始，下游还有一系列最终会影响指纹发育的因素。
That mutation is also the first link in a long chain of events that ultimately affects fingerprint development in the womb.
结论PASG基因作为上游调控基因，通过改变基因组甲基化水平调控下游一系列细胞增殖分化相关基因表达。
Conclusions AS an upstream regulator, PASG can regulate expression of a series of cell proliferation, differentiation relevant downstream genes through changing methylation levels of genomic DNA.
因此，长江下游地区的超高产水稻基因型应该具有壮秆、少蘖、多粒大穗和高光合效率等生理性状。
The major genetic characters desirable for super rice genotypes in the above regions should be strong stems, few tillers, large panicles, and high photosynthesis efficiency.
雷帕霉素作用点（即为磷酸肌醇-3激酶基因下游的受动器）的抑制也同样能够阻止脂褐质在心肌的积聚。
Suppression of target of rapamycin, a downstream effector of phosphoinositide 3-kinase, also prevented lipofuscin accumulation in the heart.
EIN3基因首先是从拟南芥的突变体中克隆得到的，作用于CTR下游，位于核内，编码转录因子。
EIN3 was first cloned in Arabidopsis thalina mutant, and it has been suggested that EIN3 acted downstream to CTR located in nuclear and encoded transcription factors.
与此相反，绝对较少的下游目的基因已被确定是在器官构成有关。
In contrast, comparatively few downstream target genes have been identified that are involved in organ formation.
所克隆的奶山羊blg基因调控区与山羊blg伪基因显著不同，其同源性仅为83 %(上游调控区)和88%(下游调控区)。
The dairy goat gene differed significantly from goat BLG pseudo gene with a homology of only 83% (upstream region) and 88% (downstream region), respectively.
生物技术产品的下游处理技术包括基因工程产物的分离、纯化及分析鉴定。
Genetic engineering downstream procession include the purification and analysis of genetic engineering production.
方法1。根据HSP70全长基因序列设计针对其编码区的引物，在下游引物的宁端加人MG7模拟表位的核昔酸序列。
Methods (1) The coding sequence of MG7 mimotope (GC23) was included in the reverse primer, and by PCR incorporated with HSP70 gene at the 3 terminus.
基因工程的下游技术是现代生物技术的关键技术，它的重要性已越来越为人们所重视。
Genetic engineering downstream procession plays a substantial role in the biotechnology. And it has gained widespred attention.
为进一步研究这两个基因的功能及下游信号传导机制，本试验对这两个基因作了酵母双杂交分析。
In order to study the functions and downstream signal transduction mechanisms of these two genes, yeast two-hybrid analysis of the two genes was made in this paper.
抑癌蛋白p53通过调节下游靶基因的转录，参与细胞凋亡、细胞周期抑制、DNA损伤修复等多种生物学过程。
The tumor suppressor p53 regulates cell cycle arrest, apoptosis and DNA repair processes by controlling various target genes that contain p53 sequence-specific DNA binding sites.
在FMDV的核苷酸序列相对保守区设计上下游引物FM1/FM4，扩增病毒的基因片段。
Then capture FMDV from clinical material with sterilized Eppendrof tubes of coating type-specific IgG, Amplify the conserved viral sequences by common primers (FM1/FM4).
生物技术产品的下游处理技术包括基因工程产物的分离、纯化及分析鉴定。
Genetic engineering downstream procession include the purification and analysis of genetic engineering production. This essay reviewed the way to purify and analysis genetic engineering production.
因此选择对基因的表达具有重要功能的外显子1和其上游的调控区及下游外显子内含子交界区序列通过直接测序法进行SNP筛查，并进一步分析多态位点与病窦的关联性。
Therefore the other aim of our study is to discover SNPs of HCN4 exon 1, including the regulatory sequence and exon-intron boundary of it, which plays an importable role of channel function.
因此选择对基因的表达具有重要功能的外显子1和其上游的调控区及下游外显子内含子交界区序列通过直接测序法进行SNP筛查，并进一步分析多态位点与病窦的关联性。
Therefore the other aim of our study is to discover SNPs of HCN4 exon 1, including the regulatory sequence and exon-intron boundary of it, which plays an importable role of channel function.
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