Basic HTML Version
谢树章等
, 2011,
内含子调控转基因植物外源基因的表达研究
,
分子植物育种
Vol.9 No.12 (doi: 10.5376/mpb.cn.2011.09.0012)
1094
LeSUT1 in trichomes, companion cells and in guard cells,
Plant Mol. Biol., 68: 251-262
Weise A., Rodriguez F.M., Timm B., Hermann M., Link S., Jost
W., and Gorr G., 2006, Use of Physcomitrella patens actin
5’regions for high transgene expression: importance of
5’introns, Appl. Microbiol. Biotechnol., 70: 337-345
Xie X.Z., and Wu N.H., 2001, He isolation of protease
inhibitors II gene from solanum and the function of intron,
Kexue Tongbao (Chinese Science Bulletin), 46(11):
933-938(
谢先芝
,
吴乃虎
, 2001,
番茄蛋白酶抑制剂
II
基
因的分离及其内含子功能
,
科学通报
, 46(11): 933-938)
Xu J.W., Fen D.J., Song G.S., Wei X.L., Chen L., Wu X.L., Li
X.G., and Zhu Z., 2003, The first intron of rice EPSP
synthase enhances expression of foreign gene, Zhongguo
Kexue(C Ji) (Science in China. Series C, Life Sciences),
33(3): 224-230 (
徐军望
,
冯德江
,
宋贵生
,
魏晓丽
,
陈
蕾
,
伍晓丽
,
李旭刚
,
朱桢
, 2003,
水稻
EPSP
合酶第一
内含子增强外源基因的表达
,
中国科学
(C
辑
), 33(3):
224-230)
Xu X.B, Bian J.F., Liu S.B., Shi N.N., Tao Y.Z., and Wang
H.Z., 2010, Flower-specific expression of Arabidopsis
PCS1 driven by AGAMOUS second intron in tobacco
decreases the fertility of transgenic plants, Mol. Breeding
Xu Y., Yu H., and Hall T.C., 1994, Rice triosephosphate
isomerase gene 5 sequence directs b-glucuronidase
activity in transgenic tobacco but requirs an intron for
expression in rice, Plant Physiol, 106: 459-467
Zhou X.L., and Wu H.L., 1999, A cis-regulatory enhancer
element of the nodal gene is present in Its first intron,
Yichuan Xuebao (Acta Genetica Sinica), 26(1): 15-21 (
周
迅蕾
,
吴鹤龄
, 1999,
Nodal
基因的第一内含子中存在着
顺式调控增强子元件
,
遗传学报
, 26(1): 15-21)