turnip mosaic virus 中文意思是什麼
turnip mosaic virus
解釋
日本蘿卜花葉簿,蕪菁花葉簿-
Construction and transformation of inverted repeat of turnip mosaic virus coat protein gene
基因反向重復植物表達載體的構建及遺傳轉化 -
Meanwhile, these six coat protein genes were sequenced and compared with other homologous sequences in genbank. the strain designation of the six isolates of tumv was finally determined. the results are as the following : 1. six isolates of turnip mosaic virus named tumv - sd1, tumv - sd2, tumv - sd3, tumv - sd4, tumv - sd5 and tumv - sd6 were respectively acquired from infected chinese cabbages and radishes in 3 cities ( taian, yantai and zaozhuang ) of shandong province
利用rt - pcr方法克隆了tumv山東分離物的外殼蛋白（ cp ）基因，測定了它們的核苷酸序列、並將其與已報道的序列進行同源性比較和分析，最終確定了其歸屬地位，具體研究結果如下： 1 .從山東省3地市感病的白菜和蘿卜上分離到蕪菁花葉病毒的6個分離物，分別命名為tumv - sd1 、 tumv - sd2 、 tumv - sd3 、 tumv - sd4 、 tumv - sd5和tumv - sd6 。 -
Turnip mosaic virus ( tumv ) and cucumber mosaic virus ( cmv ) are two worldwide spread plant rna viruses, whose damages to host plants are utmost serious
蕪菁花葉病毒（ turnipmosaicvirus ， tumv ）和黃瓜花葉病毒（ cucumbermosaicvirus ， cmv ）是兩種世界范圍內分佈極為廣泛、危害極為嚴重的植物病毒。 -
Turnip mosaic virus ( tumv ) is a member of the potyvirus genus. it occurs worldwide and can infect more than 300 species in 156 genera of 43 plant families. it was found to be one of the most important ( only second to cucumber mosaic virus )
蕪菁花葉病毒（ tumv ）是植物病毒中最大的屬? ?馬鈴薯y病毒屬的一個重要成員，在世界范圍內廣泛分佈，能侵染43科、 156屬的300多種植物，其為害僅次於黃瓜花葉病毒（ cmv ） 。 -
Introduced infected by the turnip mosaic virus. there are many useful objective genes can be used in vegetable genetic transformation, but the research work of chinese cabbage genetic transformation is little. the reaserch on transforming chinese cabbage using agrobacterium - med ated method has n ' t been report at home and abroad. ln the test, tumv - cp gene was transferred into chinese cabbage ( brassica campestris l. ssp. pekinensis ) via agrobacterium - mediated method. a high effective regeneration and genetic transformatin system has been established, the detection by the method of molecular biology, has proved that the regenerative plants are transgenic plants and the target genes have been expressed transgenic plants partly. meanwhile transgenic progenies were traced and investigated so that heredity, stability and expression of target gene were researched. the virus resistant, stable plants were expected to obt ain so that theoretical base can be established for chinese cabbage breeding by gene engineering
利用農桿菌介導法轉化大白菜抗病基因的研究工作在國內外未見報道。本課試驗採用農桿菌介導法將tumv - cp基因導入大白菜中，建立了高效的大白菜離體再生、遺傳轉化體系，並對轉基因植株進行分子生物學檢測，證實得到的再生植株為轉基因植株，目的基因已在部分植株上表達。同時，對轉基因植株的後代進行檢測，分析該基因所控制性狀的遺傳穩定性以及基因表達情況，為大白菜基因工程抗病育種提供理論依據。
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