启动

Once you have 一旦你 download Startup Delayer 下载启动延时, installed and configured the delayed time for each application, don't forget to press the " Activate " button! You can see Startup Delayer in action in the next Windows startup process by choosing a " Graphical Version " or choose an " Invisible Version " to let it works its wonders in the background.

安装和配置的延迟时间，为每个申请时，不要忘了按下"启动"按钮，你可以看到启动延时在行动，并在未来的Windows启动过程中，选择了"图文版"，或选择"隐形版"让它工程，它创造奇迹的背景。

For constructing strong combined promoter to enhance the foreign gene expression in Fowlpox virus vector, four oligonucleotides were synthesized according to the essential structure of the vaccinia virus nature promoter P7.5 and were used for generating early and late promoters.

要提高外源基因在鸡痘病毒载体的表达量，必须使用强启动子来控制表达。为构建较强的启动子组合，根据痘苗病毒天然启动子P7.5的结构，人工合成4条寡核苷酸，形成一个早期启动子和一个晚期启动子，其首尾可相互连接。

By comparing traditional starting method of a motor,that is direct starting full voltage and reduction voltage to soft starting and analysing for them,this paper points to outstanding performance of soft starting technology in modern motor control.It is a new kind of technology to replace previous traditional starting method and has wide application in production and daily life.

通过对电动机的传统启动方式：全压直接启动、降压启动的简介及软启动技术的分析和对比，提出了软启动技术在现代电机控制中具有的卓越性能，它是替代以往传统启动方式的一项新技术，在工业生产和生活中有着极为广阔的应用前途。

As long as your computer, enter in the system before the Windows startup screen, press the F8 key (or restart the computer holding down the Ctrl key), there will be multi-mode operating system to start menu, just need to select "Safe Mode", will be Start the computer into Safe Mode.

只要在启动计算机时，在系统进入Windows启动画面前，按下F8键(或者在启动计算机时按住Ctrl键)，就会出现操作系统多模式启动菜单，只需要选择"Safe Mode"，就可以将计算机启动到安全模式。

5 Automatic start-up 2.3.2.4.5 自动启动 If the wind turbine was shut down after exceeding a cut-out wind speed, an autom atic restart may take place without clearance if the wind speed has fallen to a per missible value according to the system concept and there is no fault in the installat ion.

如果风速超过切出风速而停机，依据系统理念，在风机不存在故障情况下，当风速重新跌回至许可风速时，风机可以重新启动而无需复位。

We upgrated the Visual Motion Priming model proposed by Pantle, that means to insert a blank frame between priming and target. The goal is to explore the mechanism of visual motion priming in the brain. Method: Undergraduates on campus participated the experiments as paid volunter with normal or corelected normal version.

因此本实验对Pantle的视觉运动启动实验模式进行了改进，由特定运动方向的启动刺激引导靶刺激，在启动刺激与靶刺激之间加入一个空白阻断图片，从而打断启动——靶刺激的正常启动序列，目的是观察加入空白阻断图片，对于运动启动现象的影响以及对不同的视觉运动序列运动方向的影响。

Transcriptional activity of ACL recombinants normalized by Renilla was significant difference with pGL3-Basic expect for construct -27 and -15 (P＜0.01). Construct -919 contains highest activity. 3 times reduction of transcriptional activity from-919 to -679bp indicated that negative regulation factors located probably in this region. The activity started on construct -73 suggested the basal promoter activity was located within the -73 to +77bp region; Transcriptional activity of IDHβrecombinants was not significantly different between the recombinant -58 and pGL3-Basic. The activity started on construct -82, decreasing with the length of the fragment up to -164 in despite of a bit of fluctuation, and kept increasing from construct -164 up to -279. Thus, the basal promoter activity was located within the -82 to +16bp region, whereas the upstream 197bp conferred maximal transcriptional activity.

采用5'端缺失策略，结合启动子预测结果，分别构建了8个ACL基因和19个IDH3β基因启动子区重组子，将其转染猪PK15细胞系，并利用荧光素酶双报告基因系统检测了它们的活性，结果表明：在所构建的猪ACL基因5侧翼序列的8个重组子中，除pGL-ACL27和pGL-ACL15外，其它重组子的荧光素酶活性与阴性对照均达到极显著水平(P＜0.01)，表明它们均具有启动子活性，pGL-ACL919活性最强，到pGL-ACL679活性下降了将近3倍，说明从-919bp到-679bp区域可能存在负的调控位点，从pGL-ACL621到pGL-ACL73活性有小幅度下降，到pGL-ACL27活性降到与阴性对照水平无显著差异，表明维持该启动子的基本活性区域位于-73bp到+77bp之间；IDH3β基因启动子活性开始于pGL-IB82，然后虽然有些波动，但是活性一直下降直到-164bp处，之后活性又开始升高，直到-279bp处活性达到最高，这些表明维持该启动子的基本活性区域位于-82bp到+16bp之间，从-82到-279之间的179bp区域具有最高的启动子活性。

In subliminal affective priming task, there were no significant differences of correct rates and latencies between alexithymic and nonalexithymic,while on the both two SOA levels (200ms and 300ms) of supraliminal priming task, the mean response latencies of alexithymic were longer than those of nonalexithymic.(4) In both subliminal and supraliminal affective priming tasks, P2 and P3 were elicited by both alexithymic and nonalexithymic during performing the affective priming task.

情绪启动效应早期的ERPs特征表现为启动条件和非启动条件的P2潜伏期均显著短于控制条件的P2潜伏期，而P2波幅则显著大于控制条件的P2波幅，这种效应在顶区表现得尤其明显；情绪启动效应晚期的ERPs特征表现为启动条件P3潜伏期显著短于非启动条件的P3潜伏期，而P3波幅显著小于非启动条件和控制条件的P3波幅，这种差异也主要见于顶区。

The correct rates and the mean response latencies were subjected to ANOVA with repeated measures. Result:In both supraliminal and subliminal affective priming tasks, the mean response latencies were significantly longer for affectively incongruent trials, as compared to those for affectively congruent and control trials. The correct rates for affectively incongruent trials were the lowest.Subjects were relatively slower to respond to positive target pictures than to negative target pictures(96.9%/95.3%,97.6%/95.8%).In subliminal affective priming task, there were no differences of correct rates and latencies between alexithymics and nonalexithymics. In supraliminal priming task, the latency of alexithymics was longer than that of nonalexithymics (536.3ms/496.4ms).

结果：在阈下和阈上启动任务中的正确率，情绪启动状态的主效应均显著（F=14.38，P=0.000，F=3.28，P=0.042），启动和控制状态的反应正确率均高于非启动状态（阈上：启动状态97.3%/非启动状态96.1%，阈下：启动状态96.8%，控制状态96.8%，非启动状态94.7%），而启动状态的平均反应时则均短于非启动状态（阈下：启动，537.2ms；控制，550.8ms；非启动598.4ms；受试对负性图片的反应正确率显著高于正性图片（如阈下：96.9%/95.3%，阈上：97.6%/95.8%，对负性图片平均反应时显著短于正性目标图片；在阈下启动任务中，述情障碍组与非述情障碍组在正确率和平均反应时上均无显著性差异；在阈上启动任务中，述情障碍组的平均反应时显著长于非述情障碍组（536.3ms/494.4ms）。

The summary results are below:1. GUS expression under the driving of the BjCHI1 promoter (-1060/+17) was essentially undetectable in the young seedlings under normal growth conditions. GUS activity was first detected in the stigma of young flowers, peaked in the young siliques, and decreased when the siliques became older. No GUS expression was found in the mature siliques, seeds or root.2. The BjCHI1 promoter (-1060/+17) was inducible by NaCl, PEG, wounding and MeJA treatments. High levels of GUS expression were detected in the transgenic tobacco and Arabidopsis plants after wounding, NaCl, PEG, and MeJA treatment, indicating that the BjCHI1 promoter responses to both biotic and abiotic stresses.3. RT-PCR analysis confirmed that the expression of the BjCHI1 gene in B. juncea was inducible by PEG and NaCl.4. The transcription start site was determined by 5′-RACE, and was located at the 17th nucleotide upstream of the translation initiation codon of the BjCHI1 gene.5. A -805/+17 promoter fragment was enough to response to wounding and MeJA induction, which was proved in transgenic tobacco and Arabidopsis plants. The 397 bp region between -805 and -409 of the BjCHI1 promoter contains a cis-acting element that is essential for the wounding and MeJA inducibility.6. The -695/-620 region was necessary but not sufficient to confer MeJA-responsive expression. A T/G-box locates in -353 play an important role in the expression of the BjCHI1 gene in response to MeJA treatment. The 76 bp region is coupled with the T/G-box to confer full MeJA-inducible transcription of the BjCHI1 gene.

主要结果如下：1、利用转基因拟南芥植株分析表明，正常生长条件下，BjCHI1启动子(-1060/+17)驱动GUS基因主要在花柱中表达，幼嫩的荚也有表达，并随着果荚的成熟而减弱，成熟的果荚、种子和根没有显示GUS活性。2、BjCHI1启动子(-1060/+17)能驱动GUS基因在转基因烟草和拟南芥中响应伤害的诱导，转基因拟南芥的分析还证明BjCHI1启动子也受MeJA、NaCl和PEG的诱导，证明BjCHI1启动子是一个伤害、MeJA、NaCl和PEG等生物和非生物因素诱导启动子。3、RT-PCR进一步证明芥菜中BjCHI1基因也受NaCl和PEG的诱导表达。4、5′-RACE法鉴定了BjCHI1启动子的转录起始位点，位于翻译起始位点ATG上游第17个碱基A.5、转基因烟草和拟南芥分析证明，-805/+17的启动子片段足以响应伤害和MeJA的诱导，-805和-409之间397 bp的启动子片段含有对伤害和MeJA诱导必要的元件。6、本明烟叶片瞬时表达系统分析证明，一段76 bp的序列(-695/-620)对BjCHI1启动子响应MeJA的诱导是必要的，但不足以响应MeJA的诱导，位于-353的T/G-box也参与MeJA的诱导。76 bp的序列(-695/-620)与T/G-box协同起作用，赋予BjCHI1启动子MeJA诱导性。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。