信标

xìn biāo
  • beacon
信标信标
信标 [xìn biāo]
  • (1) [beacon]

  • (2) 灯塔或设在岸上或浅滩上的其他导航信号标记

  • (3) 为飞行员导航用的一种无人管理的灯光设备或其他信号装置

信标[xìn biāo]
  1. 基于分子信标实时监测大肠杆菌DNA连接酶催化的DNA连接过程

    Real-time Visualization of Ligation Reaction Catalyzed by E.coli DNA Ligase Based on Molecular Beacon

  2. 分子信标在DNA生物传感器中的应用

    Application of Molecular Beacon in DNA Biosensors

  3. 催化信标检测端粒DNA序列的初步研究

    Primary Study on Spectrophotometric Detection of Telomeric DNA with Catalytic Beacons

  4. X波段矩形波导雷达信标天线的设计

    The Design of an X-Band Racon Antenna with Rectangular Waveguide

  5. 分子信标荧光探针用于遗传物质的超灵敏检测及超微型DNA、pH传感器的研究

    Ultrasensitive Detection of Gene Expression Based on Molecular Beacons and Ultrasmall DNA pH Sensors

  6. 基于FPGA的水声通信信标信号生成及数字滤波

    Underwater Communication Beacon Signal Born and Digital Filter Based on FPGA

  7. 基于分子信标探针的荧光定量PCR方法检测转基因食品

    Fluorescence Quantitative PCR Detection of Transgenic Food Based on Molecular Beacon Probe

  8. 信标GPS测量精度实例分析

    A Case Analysis for Beacon GPS Survey Accuracy

  9. 改良分子信标-实时PCR快速检测产单核李斯特菌

    Rapid simultaneous detection of Listeria monocytogenes using modified molecular beacons and real-time PCR

  10. 差分GPS数字信标接收机的研制

    Development of a DGPS Digital Beacon Receiver

  11. 分子信标荧光探针用于核酸连接过程的实时监测及病毒RNA的检测

    Monitoring Nucleic Acids Ligation and Detecting Virus RNA Based on Molecular Beacons

  12. 冗余信标及其在Petri网结构控制中的应用

    Redundant Siphon and Its Applications to Structure Control of Petri Nets

  13. 用于HBV病毒快速诊断的分子信标探针设计

    Molecular Beacon Probes Design for Rapid Hepatitis B Virus Diagnosis

  14. DSP航向信标/下滑模拟器

    DSP course beacon / down-slide simulator

  15. Petri网的信标最大可控性及其应用研究

    Max-controlled Property of Petri Nets Siphons and Its Application

  16. Petri网基本信标的求取算法及死锁避免策略研究

    On Algorithms for Computing Elementary Siphons in Petri Nets and Deadlock Avoidance Policy

  17. 将对虾白斑杆状病毒的一段特异性DNA设计成分子信标探针,用于该病毒的PCR检测。

    A molecular beacon probe was used in the detection of prawn white spot bacilliform virus ( WSBV ) .

  18. 一类Petri网中基本信标的快速求解算法

    A Fast Algorithm to Find a Set of Elementary Siphons for a Class of Petri Nets

  19. 以这种方式,每条单链DNA可以多次循环使多个分子信标被切开,从而实现信号放大。

    In this way , each ssDNA can go through many cycles , resulting in cleavage of many beacons , achieving a signal amplification .

  20. Survivin基因mRNA分子信标定量检测方法建立及在肠癌中的应用

    Quantification of mRNA expression of survivin gene by molecular beacon and its applications in colorectal colorectal carcinoma

  21. 因此Petri网的死锁预防策略大多是针对严格极小信标这一特殊结构来进行的。

    Therefore , the strategies of deadlock prevention in Petri nets are derived according to this structural objects .

  22. 该算法只要求信标节点具有GPS定位功能,其他的传感节点则根据网络的连通信息实现对自身的定位,该算法对硬件的要求低,是目前应用最广泛的定位算法之一。

    The DV-Hop requires the anchor nodes with GPS positioning function , the other sensor nodes according the network connective to achieve self-localization .

  23. 近年来,有关非放射性基因探针、DNA生物传感器探针及分子信标探针等技术研究取得的重要进展,必将加速基因探针技术在食品微生物检测中的应用。

    Some important development about DNA probe technology has been obtained in recent years which will certainly accelerate its application in the detection of food pathogens .

  24. 基于WLAN信标的连续时钟同步算法

    Continuous Clock Synchronization Based on WLAN Beacon

  25. 信标的重要性在Petri网的死锁预防分析和控制中已经被充分地认识。

    The importance of siphons is well recognized in the analysis and control of deadlock prevention in Petri nets .

  26. 严格极小信标是导致Petri网产生死锁现象的结构原因。

    Strict minimal siphon ( SMS ) is the structural cause of the occurrence of deadlock in Petri nets .

  27. 经实验分析了HCl标准曲线与信标曲线的一致性。

    Consistent with standard curve and double standard curve of HCl was analysed .

  28. 提出了一种基于分子信标和酶催化放大的电化学DNA传感器的研制方法。

    We developed herein a novel electrochemical biosensor for quantification of DNA based on conformational change of molecular beacon caused by hybridization with subsequently enzymatic amplification quantification .

  29. 副溶血性弧菌tdh基因的分子信标PCR技术检测

    Detection of thermostable direct hemolysin gene in Vibrio parahaemolyticus by molecular beacon PCR

  30. PCR产物与结核分支杆菌分子信标杂交优化及荧光检测的初步实验研究

    Investigation on the optimizing of the hybridization of PCR product with the molecular beacon of bacillus tuberculosis and the fluorescence detection of bacillus tuberculosis