1) PSTVd
马铃薯类病毒
1.
Preparation and application of non-radioactive, biotin-labelled PSTVd-cDNA;
马铃薯类病毒(PSTVd)非放射性标记cDNA探针制备及其在检测上的应用
2) potato virus A
马铃薯A病毒
1.
The clone and sequence analysis on the CP gene of potato virus A;
马铃薯A病毒CP基因的克隆与序列分析
2.
Determination and phylogenetic tree analysis of 3 -part genomic sequence of a potato virus A isolates occurred in Hangzhou;
杭州郊区马铃薯A病毒分离物的基因组3’-末端序列测定及系统进化分析
3.
According to the nucleotide and amino acid sequences of coat protein( CP), the Potato virus A (PVA)was identified in Fujian.
依据马铃薯A病毒(PotatovirusA,PVA)外壳蛋白(coatprotein,CP)基因核苷酸序列及氨基酸序列对福建省PVA进行了鉴定。
3) potato virus
马铃薯病毒
1.
Research on preservation techniques of potato virus by test-tube plantlet and its infecting potential;
马铃薯病毒试管苗保存技术及病毒侵染力的研究
2.
Four main potato viruses(PVX,PVY,PVS AND PLRV)were determined by the conventional DAS-ELISA and improved DAS-ELISA techniques respectively.
改进法比常规法操作简便、节省时间,表明改进DAS-ELISA法是一种直观、实用、快速、准确可靠的检测方法,适合种薯生产中大量样品的多种主要马铃薯病毒的快速检测。
3.
To set up a rapid,accurate and sensitive detection of potato virus will make sure the potato quality and control the virus spread.
建立快速、准确、灵敏的病毒检测方法可以最大程度的确保引种马铃薯的种薯质量,控制马铃薯病毒病的传播。
4) potato viruses
马铃薯病毒
1.
202 samples of potato leaves gathered from potato planting areas in Guizhou province were tested by the DAS-ELISA method which is often used to detect potato viruses.
应用DAS-ELISA法对从贵州省马铃薯种植区采集带症状的202份马铃薯叶片分别进行了PVX、PVY、PLRV 3种马铃薯病毒的检测。
5) Potato spindle tuber viroid
马铃薯纺锤块茎类病毒
1.
Duplex RT-PCR Detection of Potato spindle tuber viroid with an Internal Control of Potato ND2 mRNA;
以马铃薯ND2 mRNA为内对照双重RT-PCR法检测马铃薯纺锤块茎类病毒
2.
Return polyacrylamide gel electrophoresis methods is better for potato spindle tuber viroid detected.
双向往返电泳(R-PAGE)法是检测马铃薯纺锤块茎类病毒(PSTVd)的有效手段,本试验通过对该方法中马铃薯纺锤块茎类病毒核酸提取步骤的改进,提高了核酸纯度,使检测结果更为准确、清晰,且灵敏度高。
6) Disease of potato virus Y
马铃薯丫病毒病
补充资料：类病毒
| 类病毒 viroid 只含裸露低分子量核糖核酸（RNA）的已知最小病原体。只在植物上被发现。其RNA是具有很高碱基配对的单链闭合环形杆分子。类病毒与病毒的主要区别是：类病毒不含蛋白质、其核酸的分子量也比病毒的小得多。如马铃薯纺锤形块茎类病毒（PSTV）。类病毒侵染植物后，要经过很长的潜伏期，才能表现出植株矮化、节间缩短、枝叶向上、果实变形、坏死等症状。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条