我们已经觉察到了问题的出现——把人的生长素基因转移到猪身上当然会促进猪的生长——但也会使他们得关节炎和斗鸡眼，这些是完全曾预料到的。
We are already seeing this problem―adding human growth hormone genes to pigs certainly makes them grow―but it also gives them arthritis and makes them cross-eyed, which was entirely unpredictable．
已有报道说ARF基因的表达都不受生长素浓度的影响。
It has been reported that ARF gene expression was not effected by auxin concentration.
IAA蛋白的泛素化降解在生长素反应中发挥关键性作用，ARF和AUX/IAA蛋白相互作用调节生长素响应基因的转录。
The degradation of AUX/IAA protein by ubiquitination plays essential role in auxin response, and the interaction between ARF and AUX/IAA protein regulates the transcription of auxin-response genes.
生长素早期或原初的反应基因的启动子通常包括最小的生长素反应元件TGTCTC序列。
The promoters of auxin early or primitive reaction gene generally include the minimal auxin reaction element sequence (TGTCTC).
植物gh3基因是一种典型的植物生长素原初反应基因，此类基因与植物的生长发育密切相关。
The plant GH3 gene family is a typical auxin-responsive gene family, which is involved in plant growth and development.
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.
目的制备高活性的可溶性抗人血管生长素噬菌体基因工程抗体。
Objective To prepare the high effective and soluble genetic engineering antibody of anti-human angiogenin.
评估基因重组生长素在透纳氏症的小孩及青少年之效果。
To assess the effects of recombinant growth hormone in children and adolescents with ts.
基因重组生长素已经被应用在促进透纳氏症女孩之生长及最终之身高。
Recombinant human growth hormone (hGH) has been used to increase growth and final height in girls who have Turner syndrome.
观察到的这种响应生长素的调节模式，构成了一个对响应生长素的基因的表达的新的调节水平，讨论认为这种调节模式在控制植物生长中可能是一种反馈调节机制。
The observed auxin-dependent regulation comprises a new level of regulation in auxin-induced gene expression and is discussed as a possible feedback mechanism in plant growth control.
此外，生长素处理去顶植株影响了细胞分裂素合成基因的表达，表明D10通过降低生长素的水平促进细胞分裂素的合成。
Furthermore, effects of auxin treatment of decapitated plants on the expression of cytokinin biosynthetic genes suggest that D10 promotes cytokinin biosynthesis by reducing auxin levels.
此外，生长素处理去顶植株影响了细胞分裂素合成基因的表达，表明D10通过降低生长素的水平促进细胞分裂素的合成。
Furthermore, effects of auxin treatment of decapitated plants on the expression of cytokinin biosynthetic genes suggest that D10 promotes cytokinin biosynthesis by reducing auxin levels.
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