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分子植物育种
(
网络版
), 2012
,
10
,
1001
-
1011
Fenzi Zhiwu Yuzhong (Online), 2012, Vol.10, 1001
-
1011
http://mpb.5th.sophiapublisher.com
1011
玉米两系法的研究
(
初报
)
:细胞核雄性不育系的保持系
双杂合体的选育
,
遗传学报
, 9(1): 78-84)
Luo H.B., Zhao K., Zhou W.X., Ni M.N., Tu N.M., and Kong
F.Q., 2008, Genetic study on male sterile mutant of maize
induced by heavy ion irradiation, Henong Xuebao (Journal
of Nuclear Agricultural Sciences), 22(3): 296-299 (
罗红兵
,
赵葵
,
周文新
,
倪媚楠
,
屠乃美
,
孔福全
, 2008,
重离子
辐射诱导玉米雄性不育突变系的遗传研究
,
核农学报
,
22(3):296-299)
Miller J.C., Holmes M.C., Wang J.B., Guschin D.Y., Lee Y.L.,
Rupniewski I., Beausejour C.M., Waite A.J., Wang N.S.,
Kim K.A., Gregory P.D., Pabo C.O., and Rebar E.J., 2007,
An improved zinc-finger nuclease architecture for highly
specific genome editing, Nat. Biotechnol, 25(7): 778-785
Paterson E.B., 1973, Genetic male sterility and hybrid maize
production, In: Proceedings of the seventh meeting of
Eucarpia: maize and sorghum section, Part I, Agreb,
Yugoslovia
Shukla V.K., Doyon Y., Miller J.C., DeKelver R.C., Moehle
E.A., Worden S.E., Mitchell J.C., Arnold N.L., Gopalan S.,
Meng X., Choi V.M., Rock J.M., Wu Y.Y., Katibah G.E.,
Zhifang G., McCaskill D., Simpson M.A., Blakeslee B.,
Greenwalt S.A., Butler H.J., Hinkley S.J., Zhang L., Rebar
E.J., Gregory P.D., and Urnov F.D., 2009, Precise genome
modification in the crop species Zea mays using
zincfinger nucleases, Nature, 459:437-441
Singleton W.R., and Jones D.F.J., 1930, Heritable characters of
maize. XXXV. Male sterility, Journal of Heredity, 21:
266-268
Tang J.H., Fu Z.Y., Hu Y.M., Li J. S., Sun L. L., and Ji H. Q.,
2006, Genetic analyses and mapping of a new
thermo-sensitive genic male sterile gene in maize, Theor.
Appl. Genet., 113: 11-15
Weinthal D., Tovkach A., Zeevi V., and Tzfira T., 2010,
Genome editing in plant cells by zinc-finger nucleases,
Trends in plant science, 15(6): 308-321
Wu J., Kandavelou K., and Chandrasegaran S., 2007,
Custom-designed zinc-finger nucleases: what is next?
Cellular and Molecular Life Sciences, 64: 2933-2944
Wu Y., and Hershey H., 2011, Nucleotide sequences mediating
male fertility and method of using same, United States
Patent, US20110173725A1
Xiao A., Hu Y.Y., Wang W.Y., Yang Z.F., Wang Z.X., Huang P.,
Tong X.J., Zhang B., and Lin S., 2011, Progress in zinc
finger nuclease engineering for targeted genome
modification, Yichuan (Hereditas), 33(7): 665-683 (
肖安
,
胡莹莹
,
王唯晔
,
杨志芃
,
王展翔
,
黄鹏
,
佟向军
,
张博
,
林硕
, 2011,
人工锌指核酸酶介导的基因组定点修饰技
,
遗传
, 33(7): 665-683)
Young T.E., DeMason D.A., and Close T.J., 1994, Cloning of
an a-Amylase cDNA from Aleurone tissue of germinating
maize seed, Plant physiology, 105: 759-760
Yuan L.P., 1966, A preliminary report on maale sterility in rice,
Oryza sativa L., Kexue Tongbao (Chinese Science
Bulletin), 17(4): 322 (
袁隆平
, 1966,
水稻的雄性不孕性
.
科学通报
, 4:185-188)
Yuan L.P., 1990, Progress of two-line system hybrid rice
breeding, Zhongguo Nongye Kexue (Scientia Agricultura
Sinica), 23(3): 1-6 (
袁隆平
, 1990,
两系法水稻研究的进
,
中国农业科学
, 23(3): 1-6)
Zhang K.T. and Fu H.Y., 1982, Effect of high temperature on
fertility of the male sterile lines in Sorghum, Yichuan
Xuebao (Acta Genetica Sinica), 9(1): 71-77 (
张孔湉
,
鸿仪
, 1982,
高温处理对高粱雄性不育系育性的影响
,
遗传学报
, 01: 71-77)
Zhang T.Z., 1995, A discussion on the inheritance of Dong-A
genetic male sterility and its fertility maintaining line (MB)
in upland cotton, Yichuan (Hereditas), 17(6): 30-33 (
张天
, 1995,
陆地棉洞
A
核雄性不育系及其
MB
保持系的遗
传模式讨论
,
遗传
, 17(06): 30-33)
Zhang Y.Y., Zhang X.H., and Zhang C.J., 2008, Targeted gene
mutagenesis and replacement mediated by zinc finger
nucleases, China Biotechnology, 28(11): 110-115 (
张余洋
,
张晓辉
,
张婵娟
, 2008,
利用人工锌指蛋白核酸酶进行
植物基因定点突变和置换
,
中国生物工程杂志
, 28(11):
110-115)
Zhou H.S., 1996, The history and present condition of nuclear
male sterile research in maize and a new method-yellow
green seedling system, Yumi Kexue (Maize Science), 4(1):
7-8 (
周洪生
, 1996,
玉米核不育利用的历史、现状及其
新途径
黄绿苗标记法
,
玉米科学
, 4(1): 7-8