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Selection of Homozygous Cotton Lines Transformed with Two Insect-Resistant Genes 被引量:1
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作者 WUJia-he TIANYing-chuan +6 位作者 LUOXiao-li GUOHong-nian SHIYue-jin CHENXiao-ying: JIAYan-tao XIAOJuan-li ZHANGXian-long 《Agricultural Sciences in China》 CAS CSCD 2003年第9期950-956,共7页
A plant expression vector containing a chimeric Bt29K gene coding for the activated Cry1Ac protein and the arrowhead proteinase inhibitior gene API B were introduced into the cotton cultivar Jihe321 mediated ... A plant expression vector containing a chimeric Bt29K gene coding for the activated Cry1Ac protein and the arrowhead proteinase inhibitior gene API B were introduced into the cotton cultivar Jihe321 mediated by Agrobactertium tumefaciens. Based on the results of kanamycin resistant testing, PCR detection for both foreign genes and insect bioassay using Heliethis armigera , nine transgenic homozygous cotton lines with insect resistance of more than 90% and better agronomic traits were bred through six generations from the original transgenic plants. Results from insect bioassay and sequence analysis of the PCR products of plants from some homozygous lines indicated that the chimeric Bt29K gene was stably inherited in these transgenic cotton lines. The main agronomic characters of these homozygous cotton lines, such as boll productivity and fibre strength, were better than that of the original cotton cv. Jihe321. 展开更多
关键词 COTTON Two types of insect resistant genes Transgenic homozygous lines Jihe321 cotton bollworm
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