编码

The homologues of ptp-1 and ptp-2 genes were found in some lepidopterous baculoviruses, but not in non-lepidopterous baculoviruses. ApNPV was one of the four baculoviruses contained both ptp-1 and ptp-2 genes.

只有部分鳞翅目杆状病毒编码ptp-1、ptp-2基因同源区，非鳞翅目杆状病毒不编码ptp-1、ptp-2基因同源区，而ApNPV为鳞翅目杆状病毒，同时编码ptp-1、ptp-2基因同源区。

Methods By the bioinformatics analyzing tools in bioinformatics webs site,a Ta CRISP 2 fulllength gene from the Taenia saginata asiatica fulllength cDNA plasmid libratory was identified and the coding region sequence and the characteristics of the deduced protein were analyzed.The coding region of Ta CRISP was amplified with PCR,endonuclease digestion and cloned into the prokaryotic expression vector pET30a and then expressed in E.coli BL21 with IPTG induction.

用生物信息学方法从亚洲牛带绦虫成虫全长cDNA质粒文库中识别TaCRISP的全长编码基因并预测编码蛋白质的各种结构与功能；将其编码区序列克隆到原核表达载体pET-30a上，测序鉴定重组质粒，之后进行诱导表达，表达产物经十二烷基磺酸钠-聚丙烯酰胺凝胶电泳鉴定。

RbcL gene was obtained by polymerase chain reaction and cloned into pDM19-T vector. The positive clone identified by PCR was sequenced. The nucleotide sequence was 1266 bp long, including an ORF of 1031bp, encoding a putative 343 amino acids. The deduced amino acid sequence had a high identity above 94.13% with that of tobacco, spinach, sweet potato, corn, Arabidopsis thaliana, Oryza sativa, Vitis vinifera, Marchantia polymorpha and Citrus paradise.

阳性克隆鉴定后进行测序，序列分析结果表明：该基因片断长为1266 bp，包括1031 bp的编码区序列，编码343个氨基酸；其编码区氨基酸与烟草、菠菜、玉米、甘薯、拟南芥、水稻、葡萄、地钱和葡萄柚等9个物种的同源性94.13%以上，并构建了它们间的亲缘关系树。

We initiated a genetic screen for Drosophila olfactory genes by means of SG18.1-Gal4/UAS system: The result validates our screen as an rapid, effective approach for recovering genes controlling glomerular map patterning; From a misexpression screen of 1,515 P{GS} lines, we identified 23 genes that, when forcibly expressed in the olfactory receptor neurons, disrupted the stereotyped anatomy of the Drosophila antennal lobes; These genes, which have not been shown previously to control olfactory map development, encode novel proteins as well as proteins with known roles in axonal outgrowth and cytoskeletal remodeling.

本文首次利用SG18.1-Gal4／UAS基因筛选系统对果蝇嗅觉基因进行了筛选和鉴定：结果表明，所采用的方法可以快速、有效地分离到果蝇嗅觉相关基因；从1515株果蝇P{GS}品系分离到86株突变体，其中40株有明显表型，从中鉴定了23个基因，这些基因在ORN强迫表达时可以损坏果蝇嗅叶的固有结构；在筛选中发现的一些调节嗅觉图谱发育的基因可以编码新蛋白或编码参与轴突生长和细胞骨架重塑的蛋白；为了便于研究，根据基因的功能和所编码蛋白的特点，我们对分离到的基因进行了分类，即参与轴突引导和突触产生、调节转录、调节细胞骨架和功能未确定或未知的基因；并通过对嗅觉感觉器的检测发现，除了调节转录的基因外，其他基因对触觉器的数量和分布影响不明显。

UCC code system to carry on the codeing and marking for raw material and the product, so as to construct the shrimp and the product quality control in the entire process and realize shrimp traceability systerm grounded on product batch numble.

UCC 编码体系对原料和产品进行编码和标识，构建对虾及其产品的全程质量控制，实现了基于产品批次编码的可追溯系统。

Polarization encoding is a novel format and has more advanges such as natural power equalization, better polarization characteristics,less power penality,and so on,which can greatly reduce the nonlinear effects,suppress the PMD,and improve the spectrum efficiency,so its realization will accelerate the development of high-speed fiber communications.

偏振编码是一种全新的编码格式，它具有天然的功率均衡性、偏振特性好、功率代价小等优势，可大大降低系统中的非线性效应、抑制偏振模色散、降低误码率、提高谱效率，因此偏振编码通信的实现将推动高速光纤通信更快地发展。

The development of electrical fast interpolation device and the function of the photoelectrical rotary encoder is introdu...

本论文介绍了莫尔条纹细分技术的发展及其在光电轴角编码器中的作用，详细说明了高分辨率光电轴角编码器的组成及工作原理，对光电轴角编码器莫尔条纹信号高插补系数快速电子学细分装置进行了硬件、软件设计，并进行了精度分析。

That is, network coding has a larger rate region in a multicast CIOQ switch. Moreover, the graph-theoretic characterization was given out. With the concepts of stable set polytope from the enhanced conflict graph, it is pointed out that computing the offline schedule can be reduced to certain graph coloring problems.

文章证明了对一个流中的分组进行线性网络编码可以承载不允许网络编码时不能够承载的交换流量模式，也就是说，网络编码允许CIOQ交换结构在实现组播服务时有更大的速率区域，并给出了基于图论方法的描述。

The author attempts to explore, in the light of the generative mechanism and the two-character formula, the process of semantisation and, as the result, she specifies two kinds of mechanism: the prototypic mechanism and the contraction mechanism, by which the rules of semantisation are concluded and tested with cases of semantisation from history.

一汉语编码机制的特点：字族和双字格局从造字到组字是汉语编码机制的一次重大调整，结果是汉语语汇的单字编码格局解体，而字组的双字格局则成为汉语语汇的主流(徐通锵，2001)。

During encoding, the right amygdala and right pulvinar were activated when subjects unconsciously encoded fearful faces (vs. neutral faces).

在编码阶段，与中性面孔相比，恐惧面孔在无意识编码的被试中激活了右侧杏仁核和右侧枕核；而在有意识编码的被试中激活了左侧杏仁核。

The dynamic variation in content of cndogenous abscisic acid,indoleacetic acid,gibberellinsand isopentenyladenodines of normal juvenilefruit and dropped fruit was measured with enzyme linked immunosorbent assayin the course of physiological fruit drop of 'Shuizhang Longan.

应用酶联免疫法测定了水涨龙眼生理落果期间正常幼果和脱落幼果中内源激素ABA、IAA、GAs及iPAs含量的变化。

Zillions of code examples on the web.

网上数量巨大的代码例程。