msap
- 网络甲基化敏感扩增多态性;多业务接入平台;甲基敏感扩增多态性;甲基化敏感多态性;甲基化敏感扩增片段长度多态性
![msap](../cache/637634.jpg)
-
Research of Edge Access Network Design Based on MSAP
基于MSAP的边缘接入网设计方案研究
-
New Thoughts on Key Account Private Access Network & MSAP
大客户接入专网的新思维&MSAP
-
Application Analysis of MSAP Leased cated Line Access for Key Account
MSAP在大客户专线接入的应用分析
-
DNA methylation change analysis of high vigor rice seeds during germination by MSAP
高活力水稻种子萌发过程中DNA甲基化变化的MSAP分析
-
Analysis of DNA Methylation in Navel Oranges Based on MSAP Marker
应用MSAP技术对脐橙品种进行DNA甲基化分析
-
With the development of the network hardware and software , the SDH MSAP equipment is more widely used in many fields .
随着网络的硬件与软件的飞速发展,SDHMSAP设备被广泛应用到社会的各个领域中。
-
MSAP , multi-service access platform , is mainly to solve the problems of telecom operators in the access to SDH transmission network .
MSAP(Multi-ServiceAccessPlatform)即多业务接入平台,主要解决电信运营商SDH传输网络的接入问题。
-
The system structure of multi-service access platform ( MSAP ) is implemented by using CPU , a SDH chip and a single FPGA .
采用CPU、单芯片SDH业务处理芯片加单片FPGA的模式设计了光纤多业务接入平台(MSAP)的系统结构。
-
The mean pulmonary arterial pressure ( mPAP ) and mean systemic arterial pressure ( mSAP ) were measured by right cardiac catheterization .
大鼠3周低氧后,行右心插管于给药前后分别测定2组大鼠的肺动脉平均压(mPAP)、体动脉平均压(mSAP)。
-
Because of the characteristics of MSAP equipments , multi-accessibility , low costs , and high performances , they are widely used in the Access Network .
MSAP设备以其特有的高融合度、低成本、高性能等特点,被广泛的应用在各级接入网络中。
-
But because of introgression between wild soybean and cultivated soybean , 2 to 4 cultivated soybean cluster into the wild group in MSAP analysis .
但是由于野生大豆和栽培大豆之间的渐渗现象,使得聚类分析中有个别栽培大豆与野生大豆聚为一类。
-
Genomes of swine , cattle , sheep , rat , chicken and duck were compared for the methylation level adopting methylation-sensitive amplification polymorphism technique ( MSAP ) .
应用甲基敏感扩增多态性(MSAP)技术,检测和分析了猪、牛、羊、小鼠、鸡和鸭基因组的甲基化程度。
-
Various data is consistent between the result of the MSAP analysis in 9782 roots and leaves , It is suggested that different organizations of the same material in response to stress the same responses in basically .
49782的根系和叶片的MSAP分析数据的规律比较一致,这说明同一材料各组织在胁迫响应中的反应方式基本一致。
-
The extent and pattern of cytosine methylation in 24 navel orange cultivars , genomes were assessed by using the technique of methylation-sensitive amplified polymorphism ( MSAP ) .
应用甲基化敏感扩增多态性(MSAP)技术对24个脐橙品种胞嘧啶甲基化模式和程度进行评估。
-
This paper is the first time to analyse cytosine methylation in navel oranges using MSAP , indicating MSAP technique is efficient for detection of cytosine methylation in navel orange genomes .
本文首次运用MSAP技术对脐橙品种进行胞嘧啶甲基化分析表明,使用MSAP检测脐橙品种多态性非常有效。
-
Conclusion : The selective vasodilation on pulmonary circulation induced by exogenous NO inhalation might decrease MPAP and PVR , improve oxygenation and keep MSAP normal , but have no effect on pathology .
结论:吸入NO能选择性降低肺动脉压而不影响体动脉压,明显改善氧合,但对肺血管病理学改变无明显影响;
-
The adoption of MSAP as interlayer equipment of access network and SDH network not only can realize the upgrade of network , but also can make use of present network of every operator as much as possible and protect investment .
使用MSAP作为接入网和SDH网络的中间层设备,既能实现网络的升级,又能最大限度地利用各运营商现有的网络资源,保护投资。
-
From the MSAP patterns of the four experimental materials , we selected many bands which are different at the same point of DNA sequence , most of them belong to flower development-related genes , structural genes , chaperones , transcription factors .
在MSAP图谱上找到四种实验材料在同一位点上甲基化有差异的条带,通过克隆测序得知,它们大部分属于与花发育有关的基因,有结构基因、分子伴侣、转录因子以及KBrB基因。
-
Reckoning on the different sensitivity of the isoschizomers to DNA methylation and basing on the AFLP technology , MSAP ( methylation-sensitive amplified polymorphism ) can be used to test pattern and degree of the genomic DNA cytosine methylation .
依据对DNA甲基化敏感程度不同的同裂酶,在AFLP技术的基础上发展而来的MSAP技术可以方便的检测全基因组范围内胞嘧啶甲基化模式及程度。
-
Based on these evidences , we take the MSAP method to further analysis on the synthetic Allohexaploid wheat ( Allo-AT6 ), as well as its consecutive progenies ( S2 ~ S8 ), to unveil its epigenetic stability ( DNA methylation ) in this experiment .
本实验基于这些研究结果,采用MSAP的方法进一步对新合成异源六倍体小麦Allo-AT6及其直系自交后代(S2~S8)的表观遗传(DNA甲基化)稳定性的变化进行分析。