粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓参考文献
[1]娄布扯,等.我国杂交水稻的新进展.中国农业科学,1988,21 (6),3-8
[21袁隆平.试谈杂交水稻的育种战略.作物杂志.1990,(1 ),1-2
[3]刘后利,等.油菜杂种优势利用研究进展.1990,植物遗传遗论与应用研讨会文集(增补),中
国遗传学会,南京
[4]张改生,等.作物雄性不育的遗传研究与作用.陕西省农业科学,1990,(1)一(6)
[5]“小麦雄性不育研究协作会”简讯.遗传学通讯,1973,(4),51-52
[6]小麦雄性不育杂种优势利用研究取得新进展.农林科学实验,1974,(4),1-4
[7]小麦雄性不育杂种优势研究有显著进展.农林科学实验.1976,(15 ),1-0
阁全国小麦杂种优势利用攻关组.小麦杂种优势利用研究进展(油印本),1985
[91全国小麦杂种优势利用协作组.全国小麦杂种优势利用研究进展(1986-1987年度,油印),1988
[10]全国小麦k,v型不育系开发利用研究协作组,全国“小麦k,v型雄性不育系开发利用研究”
研讨会小结(油印本),1991
fill吴兆苏.杂种小麦的选育.小麦育种学,农业出版社,1990,145-178
[12]张改生.小麦新型易恢复不育细胞质源的建拓与研究.1993,博士论文,南京农业大学
[13」范滚.世界小麦杂种优势利用研究进展.世界农业,1982,(3),23-27
[14了郭志远,等小麦杂种优势研究(摘要).北京农业大学学报,1985,(7),35-38
[15]黄铁城.杂种小麦研究进展,问题与展望,北京农业大学出版社。1990
[16〕张爱E,黄铁城.小麦杂种优势途径与研究进展.作物杂志,1997,16-20
[17]薄传永,等.小麦杂种优势利用的前景.种子,1999,(6),35-37
[181张改生,等.山羊草细胞质的1B/1R小麦一黑麦型雄性不育系研究初报.陕西农业科学,1987,
(5),I-5
[19]张改生,等,偏型。粘型和易型小麦雄性不育系的初步研究P1.作物学报,1989,15 (1),1-10
[20]张改生.枯、易型1B/1R小麦雄性不育系产生单倍体的遗传机理及育性恢复性能的研究[[J].遗传
学报,1992,19 (3),266-277
[211张改生,刘宏伟,王军卫。等我国杂种小麦走向生产的关键策略[J).科技导报,1997 (10):
27一8
[221谢学民小麦杂种优势的研究与应用【M』上海:上海科学技术出版社。1981,5 (4),169-174
[23」张晓梅,陈万义一种可能对小麦育种有重要贡献的CHA[J1.农药,1999,38 (10),16-18
[241山东农学院农学系植物与植物生理教研组,乙烯利诱导小麦(Triticum aestivum L)雄性不育的
细胞形态学观察[J3.植物学报,1997 19〔1),28-33
[251何觉民,等.两系杂交小麦理论与实践,湖南科学技术出版社,1993
[261余国东,谭昌华,等.重庆温光型核不育小麦的育性转换及应用研究.杂种小麦研究进展,1990,
195-198
参考文献何觉民.生态雄性不育理论与两系杂交小麦杂种小麦研究进展农业出版社,190-195
周美兰,何觉民,等.小麦光温敏雄性不育小麦育性转换条件的研究.湖南农业大学学报,1996,
22 (3),231-235
辛志勇,马有志.发展生物技术促进作物育种科技革命.作物杂志,1997,(5):”一15
徐乃瑜,刘江东.光周期敏感细胞质雄性不育小麦的初步研究.小麦育种通讯,1994,(1 ),11-13
郭瑞星,邵仁学.小麦杂种优势利用研究进展.湖北农业科学,1996,(6),25-28
周金生,杨木军,等温光型小麦两用不育系与小麦杂种优势利用.云南农业科技,1997,(6):
3-6
叶绍文小麦雄性不育在高原地区的发现.遗传学报,1979,6 (1 ),32
山东潍昌地区农业科学研究所.潍型小麦雄性不育系研究现状.遗传育种学会讨论文集,科学技术出版社,1993,106-109
,
,.
J
I
J
,
.
J
,
.
J
9
0
1
几‘
夕
[3
[3
13
口3]
[34]
口5〕邓景扬。高忠丽.小麦显性雄性不育墓因的发现与利用一太谷核不育小麦鉴定总结,作物学报,
1980,(2),84-89
[361叶绍文,容珊.VE型小麦雄性不育系的研究遗传学报,1980,(1),23-25
[371黄寿松,等.蓝粒小麦雄不育一保持系选育初报.西北植物学报,1988,8 (3),162-166
[381刘植义,等,小麦化学杂交育种的研究与利用.杂种小麦研究进展,农业出版社,1993,138-144
[391刘宏伟,等.新型化学杂交剂GENES]诱导小麦雄性不育的初步研究.西北植物学报,1998,18
(2),218-222
[40]柴守诚,等.化学杂交剂在杂种小麦生产中的作用.甘肃农业大学学报,1992,27,(4) 288-293
[41]黄寿松,王鹏科,等.小麦核型一蓝标型雄性不育,保持系的研究与利用[C],杂种小麦研究进
展.北京:农业出版社,1990,191-194
[421王鹏科,田增荣.利用杀配子基因建立小麦核不育杂种优势利用体系[i1麦类作物学报.2000,
22(专辑):62-64
王鹏科,黄寿科.小麦核型雄性不育杂种优势利用的现状与展望[[J].国外农学一麦类作物,1993,
[471
2,46-49
刘雄伦,
柴守诚,
李竞雄.
230.234
刘后利.
出版社。
何觉民.小麦杂种优势利用途径及其研究进展.湖南农业科学,2000,1:9-11
刘大钧.普通小麦雄性不育及杂种小麦研究简评.江苏农业科学,1995,1:18-20
中国大百科全书:生物学卷:遗传学分册.杂种优势,中国大百科全书出版社,1983,
3]
叼
51
6]
[4
[4
[4
14
杂种优势遗传理论的进展.刘后利科学论文选集北京,1981。45-61
等.两系杂交水稻理论与技术.科学技术出版社,
(傅廷栋主编,1994)。北京农业大学
[48]卢兴桂.
[49」孙其信.
{501陈绍江.
[51]樊翠芹,
2001
农作物杂种优势机理研究及展望.作物杂志,1998,(4),31
染色体倍数与杂种优势之关系初探遗传1999,21 (4)0 45-47
等作物杂种优势的退传表现和生理生化基础,中国农学通报,1996,12 (3),15-17
粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
[52]袁隆平.陈洪新上编.杂交水稻育种栽培学.湖南科技出版社.长沙,1988
[53]蔡旭土编.植物遗传育种学(11版).科学出版社.北京,1988,459-500
[54]王撅,王道杰.分子标记技术在农业上的应用.作用研究,1998,(4) 41-45
(551刘勋甲,郑用琏,等.遗传标记的发展及分子标记在农作物遗传育种中的应用[I].湖北农业科
学。1998,(1):33-35
(561王永飞,马三梅,等.遗传标记的发展和分子标记的检洲技术.西北农林科技大学学报(自然科
学版),2001,29 (6),130-136
[571王得元,李颖.!;,DNA分子标记在作物杂种优势研究中的应用.西北农业学报.1998,7 (3):
94-97
[581 %小平,赵元.SSR技术及其在植物遗传育种中的应用华北农学报,1998,13 (3),73-76
[59]王永飞,王鸣,王得元,等.杂种优势早期预测研究现状.中国农学通报,1997,13 (5),45-46
[601 N宁辉,高燕萍,杨金水,等水稻杂种一代与亲本I因表达差异的分析.植物学报,1997,39
(4),379-382
[611程宁辉,杨金水,高燕萍,等.玉米杂种一代与亲本基因表达差异的初步研究科学通报,:996,
41 (5),451一54
[621杨金水.杂种优势机理探讨作物雄性不育及杂种优势研究进展(1),北京,中国农业出版社,
1996,1一12
[63]胡建广,杨金水,陈金婷.作物杂种优势的遗传学基础.遗传。1999 21 (2) 47-50
(641王得元辣椒抗烟草花叶病毒墓因工程和杂种优势分子机理研究:【博士学位论文】陕西杨凌:
西北农业大学园艺系,1997,34-37
[651陈洪,钱前,朱立煌,等.杂交水稻汕优63杂种纯度的RAPD鉴定.科学通报·1996,41 (9):
833-836
(661杨剑波。李莉,汪秀峰,等.利用RAPD技术检测杂交稻种子纯度11:协优63与其三系DNA
扩增产物的区别.安徽农业科学,1996,24 (2),297-298
[67]王得元,殷秋妙,等作物杂种优势的分子生物学研究进展.西北农业在学学报,1999,27(1):
94-99
[681鲍文奎.机会与风险一40年育种研究的思考植物杂志,1990,4,18
[691王得元,王鸣.杂种优势过程性研究的基本模型.陕西农业科学,1995 (2),30
[70]李泽福,等.植物雄性不育类型及其遗传机制的研究进展二安徽农业科学,2000,28(6):742-746
[711粟翼玫,周同度.普通小麦T型和V型不育系花粉发育的扫描电镜观察.中国遗传学会第二次
代表大会盆学术讨论会论文摘要汇编,1983,239
[721粟犯玫,周同度,等.普通小麦T型和V型不育系小抱子发育的电子显微镜观察.中国的通传
研究.湖南:湖南科学技术出版社.1987,143
[731邓景扬太谷核不育小麦.北京:科学出版社,1987
[741孙版中,东方即.矮败小麦不育株与可育株同-1醉的研究.河北农业技术师范学院报.1995,9
参考文献
(2):5,9
[75)胡东维,姚亚琴,等几种小麦胞质不育花粉形态研究.华南农业大学学报,1992〔增刊):49.50
[761张晓科,张改生,王军卫卜小麦细胞质雄性不育机理的研究进展.麦类作物,1997,17 (2),4-6
[771薛尔,等小麦细胞质雄性不育与不同核基因组及染色体的关系.遗传学报,1995 22(6):445-454
厂司李英贤.张爱民.植物雄性不育激素调控的研究进展,中国农学通报,1995,11 (3),25-28
[79」徐乃瑜,等不同细胞质对小麦花药游离氨基酸含量影响的初步研究.武汉大学学报,1984 (2):
,6B4
[801姚亚琴,张改生.K型小麦不育花药臂细胞色素氧化酶的分布。西北农业大学学报,1997,25(5):
卜6
[81]李继耕.细胞质雄性不育性的分子机理.遗传,1992,4 (2),37-40
[821黄占景,等小麦T型细胞质雄性不育系与相应保持系线粒体DNA的RAPD分析遗传,1997,
19 (4),8-11
哪]凌杏元,等.植物细胞质雄性不育分子机理研究进展,植物学通讯,2000,17 (4),319-332
[841李传友,王斌小麦K型及V型细胞质雄性不育线粒体DNA的比较分析卜植物生理学报,1998.
24 (2),153-158
[851吴敏生,刘大钧小麦线粒体atpA基因,18S+SS,RNA荃因与细胞质雄性不育的关系研究初报卜
第三界全国青年作物遗传育种学术会议论文集.158-162
[861司智海,刘植义.小麦T型细胞质雄性不育系及其保持系线粒体多肤的电泳比较研究遗传学
报,1991,18 (1):44-50,4,879-887
[871刘一农,李继耕叶绿体DN^与细胞质雄性不育性.1983,10 (2),114-122
侈幻李继耕.叶绿体遗传与细胞质雄性不育,中国农业科学,1983,1,49-52
1891叶tk芝,曹家树.植物雄性不育的分子机理.植物生理学通讯,2000,36 (2),176-181
[901刘柞昌。李继耕。罗会馨等.二磷酸核酮糖梭化酶与细胞质雄性不育性的研究.遗传学报,1983,
10 (1):36-42
191〕李传友,孙兰珍植物细胞质雄性不育的分子机理山东农业大学学报.1996,27 (1),111-117
1421李家祥,李继耕叶绿体内囊体膜多肤与细胞质雄性不育性遗传学报,1986,13 (6),430-436
四3〕杜伟利硕士论文.粘、易、偏型非1BUIRS小麦雄性不育系育性基因定位及育性恢复性能的研
究2002,陕西杨凌西北农林科技大学
194〕张改生,等卜偏、粘、易型非1BIIR小麦雄性不育系的研究初报西北农业学报,1994,3 (4):
7-12
[951程俊源,孙国庆.K-19型小麦雄性不育系的创建及其育性恢复源的发现.华北农学报.1995,10
(2),1-7
[961魏正平,等K,Ve。型小麦新型不育系在黑龙江的开发利用研究.西北农业大学学报,1992,
加(4)- 95-96
[971吴郁文,等DZ型小麦雄性不育系的育成及其特性的研究.科学通报,1994,39(17),1618-1621
粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
[981张改生,等.小麦非整倍体的遗传及其在育种实践中的作用.陕西农业科学.1988,6,42-46
[99]黄寿松,李万隆,等.蓝标型小麦核雄性不育,保持系的选育研究.作物学报,1991,17 (2):
81-87
[100]张爱民,肖兴国,等,中国的植物转基因雄性不育研究P1,中国科学基金,2000,3,132-135
(101】罗玉英,刘玉乐,等.TA29-Bamase嵌合基因导入对烟草花药绒毡层及花粉发育的影响[PI.植
物学报,1997,39(10),894-898
[1021肖兴国,张爱民,等.转基因小麦的研究进展与展望[PI.农业生物技术学报,2000,8(2),11卜116
[103」李艳红,肖兴国,等.将新的人工雄性不育基因导入栽培品种的研究初极[3l.农业生物技术学
报,1999,7 (3),225-258
[104]刘署东,等.K型小麦雄性不育系育性恢复的遗传分析,西北农业学报.1992,11 (4),27-30
[105〕张改生,赵惠燕,等.几类异质IBUIRS小麦雄性不育系育性稳定性与育性恢复性的研究.中
国农业科学,1996,29 (5),41-45
[106]朱列层。胡银岗,等.单芒与粘果山羊草细胞质小麦雄性不育系比较:I恢保关系及单倍体发
生频率.西北农业大学学报,1998,26 (6),21-24
[107]刘保中,孙兰珍,等.K型杂交小麦恢复基因的遗传研究.华北农学报,1999,14 (2),1-5
[108]刘保申,孙其信.K型小麦细胞质雄性不育系育性恢复基因的SSR分子标记分析.中国农业学科
学,2002,35 (4) 354-358
[109]柴守诚,员海燕.等.普通小麦1BUIRS k,v型雄性不育体系育性恢复的研究.西北植物学报,
1999,19 (4),654-658
[110侨利仙,等.几类异质小麦雄性不育系育性恢复性的细胞遗传学研究.遗传学报,2001,28 (7):
647-654
[111]王小利,等.几类异质1BIIR易位型小麦雄性不育系细胞学特征的研究西北植物学报,1999,
19 (4),654-658
[112]王小利,等.粘型小麦雄性不育系减数分裂特征及育性恢复研究.西北植物学报,2001,21 (5):
832-838
[113]邵景侠.二角型小麦雄性不育系育性基因定位及育性恢复性能的研究硕士论文,2002,6
日14)杨天章,等.K型小麦雄性不育系应用问题研究.陕西农业科学。1990,(2),1-3
[115]吴郁文,等.异源细胞质小麦育种技术.中国科学,C辑,生命科学,1998,28 (1),57-64
[116]高庆荣,刘保申,等.k,v型杂种小麦优势的研究.华北农学报,1997,12 (2),17-22
[117]高庆荣,孙兰珍。等,k,v,A型杂种小麦细胞质效应的比较研究麦类作物,1998,18 (7):
卜4
[118]梁荣奇,等.杂种小麦籽粒蛋白含量和面团流变性在不同世代中的表现.全国小麦育种学术讨论
会摘要文集,2000,20 (5),33
[119]王强,}U }1、宁,等.五种小麦雄性不育系的初步研究.麦类作物学报,2002,22 (4),58-62
[120]张改生赵惠燕,吴兆苏,等.偏、粘和易型非1BWIRS小麦雄性不育系研究初报川.西北农业参考文献59
学报,1994,3(4):7-12
[1211)NUff光,侯宁,M普通小麦Dr型CMS系统恢复基因的遗传分析.遗传学报,,2002,29(7),-638!645
[122] Bauman L,F,Evidence of non-allelic gene action in determining yield ear height and kernel row
number in corn,Agron,J.,1959,57:531-534
[123] Begu D,Graves P,V.,Domec C,RNA editing of wheat mitochondria ATP sythase subunit 9,Direct
protein and cDNA sequencing,Plant Cell,2:1283-1290
[124] Block M,Debroawer D,et al,The dvevelopment of nuclear male sterility system in wheat,
Expression of the barns gene under the control of tappet specific promoters [J] Their App,Genet,1997
95:125-131
[125] Chen Z.1.,Liang G.H.,kofoid K.D.,Chloroplast DNA polymorphism in fertile and male-sterile
cytoplasm of sorghum (sorghum bicolor( L.) Moench),Theor Appl Gene,1993,80:727-731
[1261 Dellaporta SL,Calderon-urrea A,Sex Determination in flowering plants [J],The plant cell,1993,
5:124】一1251
[127] Diers,B.W,P B,Me vetty,T C,Osborn,1996,Relationship between heterosis and genetic distance
based on restriction fragment length polymorphisms markers in oilseed rape (Brassica napus L.),Crop
Sci,36:79-83
[128] Driscoll,C.J.,XZY system of producing hybrid wheat Crop science,1972,12:516-517
[129] Driscoll,C,J.,Nuclear male sterility system in seed production of hybrid varieties [J],CRC Critical
Reviews in Plant Science,1986,3:227-256
[130]Driscoll,C.J.,New approaches to wheat breeding,In,Wheat Science today and tomorrow,Pub.
Cambridge university Press,Cambridge,1981,PP 97-106
[1311 Driscoll,C.J.,Modified XYZ system of producing hybrid wheat,Crop sience,1985,25:川5一川6
[132] Endo,T,R,Gametocidal chromosomes of the Aegilops species in common wheat,Can,J,Genet.
Cytol,1982,24:201-206
[133] Endo,T,R.,Gametocidal chromosomes in Aegilops species,Wheat Inf,Serv,1986 63:33-35
[134] Fran ckowinak,J.D.,Maan,S.S,and Williams,N.D.,A proposal forhybrid wheat utilizing Aegilops
squarrosa L,cytoplasm [J],Crop Sciene,1976,16(5):725-728
[135] Fukasawa,H,Studies on restoration and substitution of nucleus in Aegilotricum,1,Appearance of
male-sterile chlrum in substitution crosses,Cytol哈a,1953,18:167-175
[136] Giuham,N,W..Organelle heredity,Raven,NewYork,1978
[1371 Godshalk,E,B,M,Lee,K.R,Lamkey,Relationship of restriction fragment length polymorphisms to
single- cross hybrid perfermance of maize,Theor,Appl,Genent,1990,80:273-280
[138] Hamawaki,H.,Mukai,丫Telocentric mapping of the fertility-restoring gene Rfvl against Aegilops
variabilis cytoplasm in wheat,Japan,J,Genet,1980,55:453-469
[139] lmrie,C.C.,Stigma receptivity in cytoplasmic male sterile wheat [J],Australian Journal of
60粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
Experimental Agricultural and Animal Husbandry,1996,6,175-178
[140] Jinsui Yang,Ninghui Cheng,Yanping,Gao,et al,Molecular basis of heterosis in hybrid rice and
hybrid maize revealed by mRNA amplification IRRI,1996,21(1):12-13
[141] Kadowki K.,Suzuki T,Kazama S,A.Chimeric gene containing the 5' portion of atp6 is associccted
with cytoplasmic male sterility of rice Mol Gen Genet,1990,224:10-16
[1421 Kaul,Male sterility in high Plants,Berlin,Springer-- Vedag,1988,2-5.
[143] Kihara,H.,Substitution of nucleus and its effects on geeome manifestation,Cytologia,1951
16:177-193
[144] Kihara,H.,Wheat studies,Retrospect and prospects,Kodensha,Ltd.,Tokyo,1982,131-161
[145] Kirk,J,T,O,Tilney-Basset,R,A,E.,The plastids; their chemistry,structure growth and inheritance.
Elsevier,1978
[146] Kobayashi,M,and K,Tsunewaki,Haploid induction and its genetic mechanism in alloplasm
common wheat,J,Hered,1980,71:9-14
[147] Kobayashi,M,and k,Tsunewaki,1980,Haploid induction and its genetic mechanison on alloplasm
common wheat,Paris Tokyo,517-551
[1481 Koji Mukai&koichiro Tsunewaki,Photoperiod-semitive cytoplasmic male sterility in wheat with
Aegilops crassa cytoplasm,Euphytica,1993,67:41-48
[149] Lee,M.,E.B.Godshalk,K,R,Lamkoly,W.W,Woodman,Asociation of restriction fragment length
polymorphisms among maize inbreeds with agronomic performance of their cross,Crop Sci,1989,29:
1067-1071
[150] Li,B,R,Wu,Genetic causes of heterosis in juvenile aspen,a quantitative comparison across intra
and inter specific hybrids,Theor,Appi,Genet,1996,93:380-391
[151] Main,S,S,and K,A,Lucken,Sporophytically cotrolled cytoplasmic male sterility wheat,In,Proc.
7th Int,Wheat Genet,Symp,1988,561-564
[152] Maan,S,S,Specificity of nucleocytoplasmic interactions in Triticum and Aegilops species,Wheat
inf,Serv,1980,50:56-73
[153] Mariani C,A.,Chimaeric ribnuclease-inhibitor gene restores fertil勺to male sterile plants,Nature,
1992,357:384-387
(1541 Mariani C.A.,Induction of male sterility in plants by a chimaeric ribonualease gene Natur,1990,
347:737-741
[155] Melchinger,A.E.,M,Lee,K,R,Lamkey,W,W,Woodman,Genetic diversity for restriction fragment
length polymorphisms relation to estimated genetic effect in maize inbreeds,Crop Sci,
1990,30:1033-1040
(156] Miller,T,E.,et al,Investigation of a preferentically transmitted Aegilops sharonensis chromosome in
wheat Theor,Apple,Genet,1992 61:27-33
参考文献61
工157] Mukai,Y,and K,Tsunewaki,Genetic diversity of the cytoplasm in Tritium and Aegil叩s仪
Distribution ofthe cytoplasm inducing variegation in common wheat,Theor,Appl,Genet,1976,48(l):
9-16
[1581 Mukai,Y and K,Tsunewaki,Basic studies on hybrid wheat breeding,VIII,A new male
sterility-fertility restoration system in common wheat utilizing小。cytoplasms of Aegilops kotsc句'i
and Ae,Variables,Theor,Appl,Genet,1979,54(4),153-160
[159] Mukai,丫and Tsunewaki.K.Theoret,ppt Genet,1979,54:153-160
[160] Mukai,Y,Interactions of Aegilops korschyi,rte,variables cytoplasms with homologous group,1.
Chromosomes in common wheat,In Proc,6th wheat Genetics Sym,1983,517-527
[161] Mukai,Y,Endo,TR,Physical mapping of a fertility-restoring gene against Aegilops katschyi
cytoplasm in Wheat,Japan,J,Genet,1992,7:199-207
[162] Mukai,Tsunewaki,K,Breed sci 1995,45:199-203
[163] Nonaka S.,Toriyama,K,and Tsunewaki,K.,Effect of a s' type cytoplasm and a 1BL-1RS
Chromosome on Agronomic Traits成Wheat Cultivars,Tritium aestivum,Breeding Science,1994
44:295一99
[16月Panayotov,1,Et al,Chromosome location of Rf genes for Aegilops mutica and Triticum tPmopheevi
cytoplasms,In,Proc.7th Int,Wheat Genet匀mp,1988,609613
[165] Panayotov,1,New cytoplasmic male sterility sources in common wheat,Their genetically and
breeding consideration,Theor,Appl,Genet,1980,56:153-160
日“IPanayotov,!The role of the cytoplasm for improvement of wheat,小麦核质杂种细胞质工程学术
讨论会报告,北京,1987
[167] Panaymov,1,et al,Male fertility restoration against various alien cytoplasms,1,Comparison between
the restoration abilities ofthree groups of lines,Wheat Inf,Serv,1986,63:7-10
[ 168] Panayotov,1,Theoc Appl Genet,1988,56:153-160
[169] Raybum,A,L,and D,W,Momhingweg,Inheritance of a IBIIR wheat-rye trans location in wheat.
Crop,Sci,1988,28(4),709-711
[170] Rayburn,A,L.; Momhinweg,D,W,Inheritance of a 1BLIIRS wheat-rye Tran located chromosome
in wheat Crop,Sci,1988,28(4),709-711
[171] Reeder R.H.,Roan,J,G,The mechanism of nucleolar dominance in xemopus,Cell,1984,38:3844
[1721 Swaakuma,TI.,Ohtsuka,Cytoplasmic effects of aegilops Species having D gene in wheat,1.
cytoplasmic differenctiation among five species regarding pistllody induction,Seiken Ziho,1979,
27-28,59-65
[173] Sawhey,V,K、Shukla,A,Male sterility in flowering plants,are plant growth substances involved?
汇J],Amer J Bot,1994,81:1640-1647
[1741 Schwartz,D..Genetic studies of mutant isozymes in maize synthesis of hybrid enzymes by
62粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
heterozygotes,Proc,Natl,Acad,Sci,USA 1960,88,1202-1206
[175] Shen,Y.,Xu,R.,Gao,M.,et al,Polymorphism of mitochondrisms amplified by arbitrary primers are
useful as genetic markers,Nucleic Acids Res,1990,18:6531-6535
[176] Shull,G,H-The composition ofa field of maize,Am,Breed Assoc,Rep.,1998,4:296-301
[177] Smith,O,S.,J,S,C,Smith,S,L,Bowen,R,A,Tenborg,S,1,Wall,Similarities among a group of
elite maize as measured by pedigree,F,grain yield,grain yield,heterosis,and RFLPs,Theor,Appl.
Genet,1990,80:833-840
[178] Spetsov,P.,et al,Increasing genetic variability on common wheat by utilization of alien
cytoplasms-cytoplasmic effects on performance and interplant variability of the F,and FZ generations
of the cross,Triticum cv,Chinese spring X cv,Norin 61,Japan,J,Breed,1987,37:29-39
[17刃Sprague G.E.,Russel W,A.,Penny L.H.,et al,Effect of epistasis on grain yield on maize Crop Sci.,
1962,2:205-208
[180] Srivastava H,K.,Heterosis and intergenomic complementation mitochondria,chloroplast,and
nucleus,In,Frankel,R,(ed),Heterosis,reappraisal of theory and practice,springer Berlin Heidelberg
NewYork,1983,260-286
[181] Tsajimoto,H,and K,Tsunewaki,Gametocidal genes in wheat and its relatives,11,Supressors of the
chromosome 3C gametocidal gene ofAegilops triuncialis,Can,J,Genet,Cytol,1985,27,178-185
[182] Tsujimoto,H,and K,Tsunewaki,Gametoadal genes in wheat and its velatives,1,Genetic analyses in
common wheat ofa gametocidal gene derived from Aagilops speltolds,Can,J,Genet,Cytol,1984,26:
78-85
[183] Tsujimoto,H,and K,Noda,Chromosome breakage in wheat induced by the gametocidal gene of
Aegilops triuncialis L.,Proc,7th Int,Wheat Genet,Symp,1988,455-460
[184] Tsujimoto,H,and K,Tsunewaki,Hybrid dysgenesis in common wheat caused by gametocidal genes.
Japan,J,Genet,1985,60,565-578
[185] Tsujimoto,H,and K,Tsunewaki,Genetic analyses on a gametocidal gene originated from Aegilops
aucheri,In,Proc 6th Int,Wheat Genet symp,1983,1077-1081
[186] Tsunewaki K,and Mukai,Y,64th Meet,Japan Breed,Society,1983,Oct,5 -6
[187] Tsunewaki,K,et al,Basic studies on卜brid wheat breeding,Vt,Production of male sterile lines of
common wheat cultivars,Japan,J,Breed,1976,26:25-31
[188] Tsunewaki,K.,et al,On the descent of the cytoplasms of polyploid species in Tritium and Aegilops.
In,Proc,5th Int,wheat Genet,Symp,1978,261-272
[189] Tsunewaki,K.Genetic diversity of the cytoplasm in Triticum and Aegilops,Japan Society for the
promotion of science,Tokyo,Japan,1980
(190] Tsunewaki,K,Cytoplasmic variation in Triticum and Aegilops (A],Proc,70' Int.Wheat genet.
Symp[C],1988:53-62
参考文献63
[191] Tsunewaki,K.Genome-interaction in wheat [J],Jpn.J.Genet.1993.68,1-3
[192] Wagner,D.B.,Dong,J.,Carlson M,R.,et al,Paternal leakage of mitochondrial DNA in pinus,Theor.
Appl,Genet,1991 62:510-540
[1931 Wilson J,A,Hybrid wheat breeding and commercial seed development [M],Plant Breeding
Reviews,1984,2,303-319
(1941 Wilson,1.A,andWM,Ross,Male-sterility interaction of Trirucum aesrivwn nucleus and Triricum
fimpheevi cytoplasm,wheat Inf,Serv,1962,14:29-31
(1951 Xiao J,H.,et al,Doninance is the major genetic basis of heterosis in rice as released by QJI.
Analysis using molecular markers,Genetics,1995,140:745-754
[1961 Yonezawa,K.,et al,Increasing genetic variability in common wheat by utilizing alien cytoplasms
effects of four Aegilops cytoplasms on the genetic variability of F3 generation of cross,Norin 26 X
Norin 61,Japan,J,Breed,1986,36:262-273
(197] Yonezawa,K,et al.,and Increasing genetic variability in common wheat by utilizing alien
cytoplasm-characteristics of nearly fixed alloplasmic lines selected in the cross,alloplasmic Norin 26
X Norin 61,Japan,J,Breed,1987,37,159-169
[198] Yu,S,B.,Li,J,X.,Xu,C,G.,et al,Importance of epistasis as the genetic basis of heterosis in an elite
rice hybrid,Proc,Natl,Acad,Sci,USA,1997,94,9226-9231
[199] Zhang,A,M,and Huang,T H.,Progress of h沙rid breeding in China [C].The Proceedings of 1 st
International Workshop on Hybrid Wheat,Beijing,1998,pp9-14
[1]娄布扯,等.我国杂交水稻的新进展.中国农业科学,1988,21 (6),3-8
[21袁隆平.试谈杂交水稻的育种战略.作物杂志.1990,(1 ),1-2
[3]刘后利,等.油菜杂种优势利用研究进展.1990,植物遗传遗论与应用研讨会文集(增补),中
国遗传学会,南京
[4]张改生,等.作物雄性不育的遗传研究与作用.陕西省农业科学,1990,(1)一(6)
[5]“小麦雄性不育研究协作会”简讯.遗传学通讯,1973,(4),51-52
[6]小麦雄性不育杂种优势利用研究取得新进展.农林科学实验,1974,(4),1-4
[7]小麦雄性不育杂种优势研究有显著进展.农林科学实验.1976,(15 ),1-0
阁全国小麦杂种优势利用攻关组.小麦杂种优势利用研究进展(油印本),1985
[91全国小麦杂种优势利用协作组.全国小麦杂种优势利用研究进展(1986-1987年度,油印),1988
[10]全国小麦k,v型不育系开发利用研究协作组,全国“小麦k,v型雄性不育系开发利用研究”
研讨会小结(油印本),1991
fill吴兆苏.杂种小麦的选育.小麦育种学,农业出版社,1990,145-178
[12]张改生.小麦新型易恢复不育细胞质源的建拓与研究.1993,博士论文,南京农业大学
[13」范滚.世界小麦杂种优势利用研究进展.世界农业,1982,(3),23-27
[14了郭志远,等小麦杂种优势研究(摘要).北京农业大学学报,1985,(7),35-38
[15]黄铁城.杂种小麦研究进展,问题与展望,北京农业大学出版社。1990
[16〕张爱E,黄铁城.小麦杂种优势途径与研究进展.作物杂志,1997,16-20
[17]薄传永,等.小麦杂种优势利用的前景.种子,1999,(6),35-37
[181张改生,等.山羊草细胞质的1B/1R小麦一黑麦型雄性不育系研究初报.陕西农业科学,1987,
(5),I-5
[19]张改生,等,偏型。粘型和易型小麦雄性不育系的初步研究P1.作物学报,1989,15 (1),1-10
[20]张改生.枯、易型1B/1R小麦雄性不育系产生单倍体的遗传机理及育性恢复性能的研究[[J].遗传
学报,1992,19 (3),266-277
[211张改生,刘宏伟,王军卫。等我国杂种小麦走向生产的关键策略[J).科技导报,1997 (10):
27一8
[221谢学民小麦杂种优势的研究与应用【M』上海:上海科学技术出版社。1981,5 (4),169-174
[23」张晓梅,陈万义一种可能对小麦育种有重要贡献的CHA[J1.农药,1999,38 (10),16-18
[241山东农学院农学系植物与植物生理教研组,乙烯利诱导小麦(Triticum aestivum L)雄性不育的
细胞形态学观察[J3.植物学报,1997 19〔1),28-33
[251何觉民,等.两系杂交小麦理论与实践,湖南科学技术出版社,1993
[261余国东,谭昌华,等.重庆温光型核不育小麦的育性转换及应用研究.杂种小麦研究进展,1990,
195-198
参考文献何觉民.生态雄性不育理论与两系杂交小麦杂种小麦研究进展农业出版社,190-195
周美兰,何觉民,等.小麦光温敏雄性不育小麦育性转换条件的研究.湖南农业大学学报,1996,
22 (3),231-235
辛志勇,马有志.发展生物技术促进作物育种科技革命.作物杂志,1997,(5):”一15
徐乃瑜,刘江东.光周期敏感细胞质雄性不育小麦的初步研究.小麦育种通讯,1994,(1 ),11-13
郭瑞星,邵仁学.小麦杂种优势利用研究进展.湖北农业科学,1996,(6),25-28
周金生,杨木军,等温光型小麦两用不育系与小麦杂种优势利用.云南农业科技,1997,(6):
3-6
叶绍文小麦雄性不育在高原地区的发现.遗传学报,1979,6 (1 ),32
山东潍昌地区农业科学研究所.潍型小麦雄性不育系研究现状.遗传育种学会讨论文集,科学技术出版社,1993,106-109
,
,.
J
I
J
,
.
J
,
.
J
9
0
1
几‘
夕
[3
[3
13
口3]
[34]
口5〕邓景扬。高忠丽.小麦显性雄性不育墓因的发现与利用一太谷核不育小麦鉴定总结,作物学报,
1980,(2),84-89
[361叶绍文,容珊.VE型小麦雄性不育系的研究遗传学报,1980,(1),23-25
[371黄寿松,等.蓝粒小麦雄不育一保持系选育初报.西北植物学报,1988,8 (3),162-166
[381刘植义,等,小麦化学杂交育种的研究与利用.杂种小麦研究进展,农业出版社,1993,138-144
[391刘宏伟,等.新型化学杂交剂GENES]诱导小麦雄性不育的初步研究.西北植物学报,1998,18
(2),218-222
[40]柴守诚,等.化学杂交剂在杂种小麦生产中的作用.甘肃农业大学学报,1992,27,(4) 288-293
[41]黄寿松,王鹏科,等.小麦核型一蓝标型雄性不育,保持系的研究与利用[C],杂种小麦研究进
展.北京:农业出版社,1990,191-194
[421王鹏科,田增荣.利用杀配子基因建立小麦核不育杂种优势利用体系[i1麦类作物学报.2000,
22(专辑):62-64
王鹏科,黄寿科.小麦核型雄性不育杂种优势利用的现状与展望[[J].国外农学一麦类作物,1993,
[471
2,46-49
刘雄伦,
柴守诚,
李竞雄.
230.234
刘后利.
出版社。
何觉民.小麦杂种优势利用途径及其研究进展.湖南农业科学,2000,1:9-11
刘大钧.普通小麦雄性不育及杂种小麦研究简评.江苏农业科学,1995,1:18-20
中国大百科全书:生物学卷:遗传学分册.杂种优势,中国大百科全书出版社,1983,
3]
叼
51
6]
[4
[4
[4
14
杂种优势遗传理论的进展.刘后利科学论文选集北京,1981。45-61
等.两系杂交水稻理论与技术.科学技术出版社,
(傅廷栋主编,1994)。北京农业大学
[48]卢兴桂.
[49」孙其信.
{501陈绍江.
[51]樊翠芹,
2001
农作物杂种优势机理研究及展望.作物杂志,1998,(4),31
染色体倍数与杂种优势之关系初探遗传1999,21 (4)0 45-47
等作物杂种优势的退传表现和生理生化基础,中国农学通报,1996,12 (3),15-17
粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
[52]袁隆平.陈洪新上编.杂交水稻育种栽培学.湖南科技出版社.长沙,1988
[53]蔡旭土编.植物遗传育种学(11版).科学出版社.北京,1988,459-500
[54]王撅,王道杰.分子标记技术在农业上的应用.作用研究,1998,(4) 41-45
(551刘勋甲,郑用琏,等.遗传标记的发展及分子标记在农作物遗传育种中的应用[I].湖北农业科
学。1998,(1):33-35
(561王永飞,马三梅,等.遗传标记的发展和分子标记的检洲技术.西北农林科技大学学报(自然科
学版),2001,29 (6),130-136
[571王得元,李颖.!;,DNA分子标记在作物杂种优势研究中的应用.西北农业学报.1998,7 (3):
94-97
[581 %小平,赵元.SSR技术及其在植物遗传育种中的应用华北农学报,1998,13 (3),73-76
[59]王永飞,王鸣,王得元,等.杂种优势早期预测研究现状.中国农学通报,1997,13 (5),45-46
[601 N宁辉,高燕萍,杨金水,等水稻杂种一代与亲本I因表达差异的分析.植物学报,1997,39
(4),379-382
[611程宁辉,杨金水,高燕萍,等.玉米杂种一代与亲本基因表达差异的初步研究科学通报,:996,
41 (5),451一54
[621杨金水.杂种优势机理探讨作物雄性不育及杂种优势研究进展(1),北京,中国农业出版社,
1996,1一12
[63]胡建广,杨金水,陈金婷.作物杂种优势的遗传学基础.遗传。1999 21 (2) 47-50
(641王得元辣椒抗烟草花叶病毒墓因工程和杂种优势分子机理研究:【博士学位论文】陕西杨凌:
西北农业大学园艺系,1997,34-37
[651陈洪,钱前,朱立煌,等.杂交水稻汕优63杂种纯度的RAPD鉴定.科学通报·1996,41 (9):
833-836
(661杨剑波。李莉,汪秀峰,等.利用RAPD技术检测杂交稻种子纯度11:协优63与其三系DNA
扩增产物的区别.安徽农业科学,1996,24 (2),297-298
[67]王得元,殷秋妙,等作物杂种优势的分子生物学研究进展.西北农业在学学报,1999,27(1):
94-99
[681鲍文奎.机会与风险一40年育种研究的思考植物杂志,1990,4,18
[691王得元,王鸣.杂种优势过程性研究的基本模型.陕西农业科学,1995 (2),30
[70]李泽福,等.植物雄性不育类型及其遗传机制的研究进展二安徽农业科学,2000,28(6):742-746
[711粟翼玫,周同度.普通小麦T型和V型不育系花粉发育的扫描电镜观察.中国遗传学会第二次
代表大会盆学术讨论会论文摘要汇编,1983,239
[721粟犯玫,周同度,等.普通小麦T型和V型不育系小抱子发育的电子显微镜观察.中国的通传
研究.湖南:湖南科学技术出版社.1987,143
[731邓景扬太谷核不育小麦.北京:科学出版社,1987
[741孙版中,东方即.矮败小麦不育株与可育株同-1醉的研究.河北农业技术师范学院报.1995,9
参考文献
(2):5,9
[75)胡东维,姚亚琴,等几种小麦胞质不育花粉形态研究.华南农业大学学报,1992〔增刊):49.50
[761张晓科,张改生,王军卫卜小麦细胞质雄性不育机理的研究进展.麦类作物,1997,17 (2),4-6
[771薛尔,等小麦细胞质雄性不育与不同核基因组及染色体的关系.遗传学报,1995 22(6):445-454
厂司李英贤.张爱民.植物雄性不育激素调控的研究进展,中国农学通报,1995,11 (3),25-28
[79」徐乃瑜,等不同细胞质对小麦花药游离氨基酸含量影响的初步研究.武汉大学学报,1984 (2):
,6B4
[801姚亚琴,张改生.K型小麦不育花药臂细胞色素氧化酶的分布。西北农业大学学报,1997,25(5):
卜6
[81]李继耕.细胞质雄性不育性的分子机理.遗传,1992,4 (2),37-40
[821黄占景,等小麦T型细胞质雄性不育系与相应保持系线粒体DNA的RAPD分析遗传,1997,
19 (4),8-11
哪]凌杏元,等.植物细胞质雄性不育分子机理研究进展,植物学通讯,2000,17 (4),319-332
[841李传友,王斌小麦K型及V型细胞质雄性不育线粒体DNA的比较分析卜植物生理学报,1998.
24 (2),153-158
[851吴敏生,刘大钧小麦线粒体atpA基因,18S+SS,RNA荃因与细胞质雄性不育的关系研究初报卜
第三界全国青年作物遗传育种学术会议论文集.158-162
[861司智海,刘植义.小麦T型细胞质雄性不育系及其保持系线粒体多肤的电泳比较研究遗传学
报,1991,18 (1):44-50,4,879-887
[871刘一农,李继耕叶绿体DN^与细胞质雄性不育性.1983,10 (2),114-122
侈幻李继耕.叶绿体遗传与细胞质雄性不育,中国农业科学,1983,1,49-52
1891叶tk芝,曹家树.植物雄性不育的分子机理.植物生理学通讯,2000,36 (2),176-181
[901刘柞昌。李继耕。罗会馨等.二磷酸核酮糖梭化酶与细胞质雄性不育性的研究.遗传学报,1983,
10 (1):36-42
191〕李传友,孙兰珍植物细胞质雄性不育的分子机理山东农业大学学报.1996,27 (1),111-117
1421李家祥,李继耕叶绿体内囊体膜多肤与细胞质雄性不育性遗传学报,1986,13 (6),430-436
四3〕杜伟利硕士论文.粘、易、偏型非1BUIRS小麦雄性不育系育性基因定位及育性恢复性能的研
究2002,陕西杨凌西北农林科技大学
194〕张改生,等卜偏、粘、易型非1BIIR小麦雄性不育系的研究初报西北农业学报,1994,3 (4):
7-12
[951程俊源,孙国庆.K-19型小麦雄性不育系的创建及其育性恢复源的发现.华北农学报.1995,10
(2),1-7
[961魏正平,等K,Ve。型小麦新型不育系在黑龙江的开发利用研究.西北农业大学学报,1992,
加(4)- 95-96
[971吴郁文,等DZ型小麦雄性不育系的育成及其特性的研究.科学通报,1994,39(17),1618-1621
粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
[981张改生,等.小麦非整倍体的遗传及其在育种实践中的作用.陕西农业科学.1988,6,42-46
[99]黄寿松,李万隆,等.蓝标型小麦核雄性不育,保持系的选育研究.作物学报,1991,17 (2):
81-87
[100]张爱民,肖兴国,等,中国的植物转基因雄性不育研究P1,中国科学基金,2000,3,132-135
(101】罗玉英,刘玉乐,等.TA29-Bamase嵌合基因导入对烟草花药绒毡层及花粉发育的影响[PI.植
物学报,1997,39(10),894-898
[1021肖兴国,张爱民,等.转基因小麦的研究进展与展望[PI.农业生物技术学报,2000,8(2),11卜116
[103」李艳红,肖兴国,等.将新的人工雄性不育基因导入栽培品种的研究初极[3l.农业生物技术学
报,1999,7 (3),225-258
[104]刘署东,等.K型小麦雄性不育系育性恢复的遗传分析,西北农业学报.1992,11 (4),27-30
[105〕张改生,赵惠燕,等.几类异质IBUIRS小麦雄性不育系育性稳定性与育性恢复性的研究.中
国农业科学,1996,29 (5),41-45
[106]朱列层。胡银岗,等.单芒与粘果山羊草细胞质小麦雄性不育系比较:I恢保关系及单倍体发
生频率.西北农业大学学报,1998,26 (6),21-24
[107]刘保中,孙兰珍,等.K型杂交小麦恢复基因的遗传研究.华北农学报,1999,14 (2),1-5
[108]刘保申,孙其信.K型小麦细胞质雄性不育系育性恢复基因的SSR分子标记分析.中国农业学科
学,2002,35 (4) 354-358
[109]柴守诚,员海燕.等.普通小麦1BUIRS k,v型雄性不育体系育性恢复的研究.西北植物学报,
1999,19 (4),654-658
[110侨利仙,等.几类异质小麦雄性不育系育性恢复性的细胞遗传学研究.遗传学报,2001,28 (7):
647-654
[111]王小利,等.几类异质1BIIR易位型小麦雄性不育系细胞学特征的研究西北植物学报,1999,
19 (4),654-658
[112]王小利,等.粘型小麦雄性不育系减数分裂特征及育性恢复研究.西北植物学报,2001,21 (5):
832-838
[113]邵景侠.二角型小麦雄性不育系育性基因定位及育性恢复性能的研究硕士论文,2002,6
日14)杨天章,等.K型小麦雄性不育系应用问题研究.陕西农业科学。1990,(2),1-3
[115]吴郁文,等.异源细胞质小麦育种技术.中国科学,C辑,生命科学,1998,28 (1),57-64
[116]高庆荣,刘保申,等.k,v型杂种小麦优势的研究.华北农学报,1997,12 (2),17-22
[117]高庆荣,孙兰珍。等,k,v,A型杂种小麦细胞质效应的比较研究麦类作物,1998,18 (7):
卜4
[118]梁荣奇,等.杂种小麦籽粒蛋白含量和面团流变性在不同世代中的表现.全国小麦育种学术讨论
会摘要文集,2000,20 (5),33
[119]王强,}U }1、宁,等.五种小麦雄性不育系的初步研究.麦类作物学报,2002,22 (4),58-62
[120]张改生赵惠燕,吴兆苏,等.偏、粘和易型非1BWIRS小麦雄性不育系研究初报川.西北农业参考文献59
学报,1994,3(4):7-12
[1211)NUff光,侯宁,M普通小麦Dr型CMS系统恢复基因的遗传分析.遗传学报,,2002,29(7),-638!645
[122] Bauman L,F,Evidence of non-allelic gene action in determining yield ear height and kernel row
number in corn,Agron,J.,1959,57:531-534
[123] Begu D,Graves P,V.,Domec C,RNA editing of wheat mitochondria ATP sythase subunit 9,Direct
protein and cDNA sequencing,Plant Cell,2:1283-1290
[124] Block M,Debroawer D,et al,The dvevelopment of nuclear male sterility system in wheat,
Expression of the barns gene under the control of tappet specific promoters [J] Their App,Genet,1997
95:125-131
[125] Chen Z.1.,Liang G.H.,kofoid K.D.,Chloroplast DNA polymorphism in fertile and male-sterile
cytoplasm of sorghum (sorghum bicolor( L.) Moench),Theor Appl Gene,1993,80:727-731
[1261 Dellaporta SL,Calderon-urrea A,Sex Determination in flowering plants [J],The plant cell,1993,
5:124】一1251
[127] Diers,B.W,P B,Me vetty,T C,Osborn,1996,Relationship between heterosis and genetic distance
based on restriction fragment length polymorphisms markers in oilseed rape (Brassica napus L.),Crop
Sci,36:79-83
[128] Driscoll,C.J.,XZY system of producing hybrid wheat Crop science,1972,12:516-517
[129] Driscoll,C,J.,Nuclear male sterility system in seed production of hybrid varieties [J],CRC Critical
Reviews in Plant Science,1986,3:227-256
[130]Driscoll,C.J.,New approaches to wheat breeding,In,Wheat Science today and tomorrow,Pub.
Cambridge university Press,Cambridge,1981,PP 97-106
[1311 Driscoll,C.J.,Modified XYZ system of producing hybrid wheat,Crop sience,1985,25:川5一川6
[132] Endo,T,R,Gametocidal chromosomes of the Aegilops species in common wheat,Can,J,Genet.
Cytol,1982,24:201-206
[133] Endo,T,R.,Gametocidal chromosomes in Aegilops species,Wheat Inf,Serv,1986 63:33-35
[134] Fran ckowinak,J.D.,Maan,S.S,and Williams,N.D.,A proposal forhybrid wheat utilizing Aegilops
squarrosa L,cytoplasm [J],Crop Sciene,1976,16(5):725-728
[135] Fukasawa,H,Studies on restoration and substitution of nucleus in Aegilotricum,1,Appearance of
male-sterile chlrum in substitution crosses,Cytol哈a,1953,18:167-175
[136] Giuham,N,W..Organelle heredity,Raven,NewYork,1978
[1371 Godshalk,E,B,M,Lee,K.R,Lamkey,Relationship of restriction fragment length polymorphisms to
single- cross hybrid perfermance of maize,Theor,Appl,Genent,1990,80:273-280
[138] Hamawaki,H.,Mukai,丫Telocentric mapping of the fertility-restoring gene Rfvl against Aegilops
variabilis cytoplasm in wheat,Japan,J,Genet,1980,55:453-469
[139] lmrie,C.C.,Stigma receptivity in cytoplasmic male sterile wheat [J],Australian Journal of
60粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
Experimental Agricultural and Animal Husbandry,1996,6,175-178
[140] Jinsui Yang,Ninghui Cheng,Yanping,Gao,et al,Molecular basis of heterosis in hybrid rice and
hybrid maize revealed by mRNA amplification IRRI,1996,21(1):12-13
[141] Kadowki K.,Suzuki T,Kazama S,A.Chimeric gene containing the 5' portion of atp6 is associccted
with cytoplasmic male sterility of rice Mol Gen Genet,1990,224:10-16
[1421 Kaul,Male sterility in high Plants,Berlin,Springer-- Vedag,1988,2-5.
[143] Kihara,H.,Substitution of nucleus and its effects on geeome manifestation,Cytologia,1951
16:177-193
[144] Kihara,H.,Wheat studies,Retrospect and prospects,Kodensha,Ltd.,Tokyo,1982,131-161
[145] Kirk,J,T,O,Tilney-Basset,R,A,E.,The plastids; their chemistry,structure growth and inheritance.
Elsevier,1978
[146] Kobayashi,M,and K,Tsunewaki,Haploid induction and its genetic mechanism in alloplasm
common wheat,J,Hered,1980,71:9-14
[147] Kobayashi,M,and k,Tsunewaki,1980,Haploid induction and its genetic mechanison on alloplasm
common wheat,Paris Tokyo,517-551
[1481 Koji Mukai&koichiro Tsunewaki,Photoperiod-semitive cytoplasmic male sterility in wheat with
Aegilops crassa cytoplasm,Euphytica,1993,67:41-48
[149] Lee,M.,E.B.Godshalk,K,R,Lamkoly,W.W,Woodman,Asociation of restriction fragment length
polymorphisms among maize inbreeds with agronomic performance of their cross,Crop Sci,1989,29:
1067-1071
[150] Li,B,R,Wu,Genetic causes of heterosis in juvenile aspen,a quantitative comparison across intra
and inter specific hybrids,Theor,Appi,Genet,1996,93:380-391
[151] Main,S,S,and K,A,Lucken,Sporophytically cotrolled cytoplasmic male sterility wheat,In,Proc.
7th Int,Wheat Genet,Symp,1988,561-564
[152] Maan,S,S,Specificity of nucleocytoplasmic interactions in Triticum and Aegilops species,Wheat
inf,Serv,1980,50:56-73
[153] Mariani C,A.,Chimaeric ribnuclease-inhibitor gene restores fertil勺to male sterile plants,Nature,
1992,357:384-387
(1541 Mariani C.A.,Induction of male sterility in plants by a chimaeric ribonualease gene Natur,1990,
347:737-741
[155] Melchinger,A.E.,M,Lee,K,R,Lamkey,W,W,Woodman,Genetic diversity for restriction fragment
length polymorphisms relation to estimated genetic effect in maize inbreeds,Crop Sci,
1990,30:1033-1040
(156] Miller,T,E.,et al,Investigation of a preferentically transmitted Aegilops sharonensis chromosome in
wheat Theor,Apple,Genet,1992 61:27-33
参考文献61
工157] Mukai,Y,and K,Tsunewaki,Genetic diversity of the cytoplasm in Tritium and Aegil叩s仪
Distribution ofthe cytoplasm inducing variegation in common wheat,Theor,Appl,Genet,1976,48(l):
9-16
[1581 Mukai,Y and K,Tsunewaki,Basic studies on hybrid wheat breeding,VIII,A new male
sterility-fertility restoration system in common wheat utilizing小。cytoplasms of Aegilops kotsc句'i
and Ae,Variables,Theor,Appl,Genet,1979,54(4),153-160
[159] Mukai,丫and Tsunewaki.K.Theoret,ppt Genet,1979,54:153-160
[160] Mukai,Y,Interactions of Aegilops korschyi,rte,variables cytoplasms with homologous group,1.
Chromosomes in common wheat,In Proc,6th wheat Genetics Sym,1983,517-527
[161] Mukai,Y,Endo,TR,Physical mapping of a fertility-restoring gene against Aegilops katschyi
cytoplasm in Wheat,Japan,J,Genet,1992,7:199-207
[162] Mukai,Tsunewaki,K,Breed sci 1995,45:199-203
[163] Nonaka S.,Toriyama,K,and Tsunewaki,K.,Effect of a s' type cytoplasm and a 1BL-1RS
Chromosome on Agronomic Traits成Wheat Cultivars,Tritium aestivum,Breeding Science,1994
44:295一99
[16月Panayotov,1,Et al,Chromosome location of Rf genes for Aegilops mutica and Triticum tPmopheevi
cytoplasms,In,Proc.7th Int,Wheat Genet匀mp,1988,609613
[165] Panayotov,1,New cytoplasmic male sterility sources in common wheat,Their genetically and
breeding consideration,Theor,Appl,Genet,1980,56:153-160
日“IPanayotov,!The role of the cytoplasm for improvement of wheat,小麦核质杂种细胞质工程学术
讨论会报告,北京,1987
[167] Panaymov,1,et al,Male fertility restoration against various alien cytoplasms,1,Comparison between
the restoration abilities ofthree groups of lines,Wheat Inf,Serv,1986,63:7-10
[ 168] Panayotov,1,Theoc Appl Genet,1988,56:153-160
[169] Raybum,A,L,and D,W,Momhingweg,Inheritance of a IBIIR wheat-rye trans location in wheat.
Crop,Sci,1988,28(4),709-711
[170] Rayburn,A,L.; Momhinweg,D,W,Inheritance of a 1BLIIRS wheat-rye Tran located chromosome
in wheat Crop,Sci,1988,28(4),709-711
[171] Reeder R.H.,Roan,J,G,The mechanism of nucleolar dominance in xemopus,Cell,1984,38:3844
[1721 Swaakuma,TI.,Ohtsuka,Cytoplasmic effects of aegilops Species having D gene in wheat,1.
cytoplasmic differenctiation among five species regarding pistllody induction,Seiken Ziho,1979,
27-28,59-65
[173] Sawhey,V,K、Shukla,A,Male sterility in flowering plants,are plant growth substances involved?
汇J],Amer J Bot,1994,81:1640-1647
[1741 Schwartz,D..Genetic studies of mutant isozymes in maize synthesis of hybrid enzymes by
62粘类小麦雄性不育系育性特异性研究及其快速定向转育体系的建拓
heterozygotes,Proc,Natl,Acad,Sci,USA 1960,88,1202-1206
[175] Shen,Y.,Xu,R.,Gao,M.,et al,Polymorphism of mitochondrisms amplified by arbitrary primers are
useful as genetic markers,Nucleic Acids Res,1990,18:6531-6535
[176] Shull,G,H-The composition ofa field of maize,Am,Breed Assoc,Rep.,1998,4:296-301
[177] Smith,O,S.,J,S,C,Smith,S,L,Bowen,R,A,Tenborg,S,1,Wall,Similarities among a group of
elite maize as measured by pedigree,F,grain yield,grain yield,heterosis,and RFLPs,Theor,Appl.
Genet,1990,80:833-840
[178] Spetsov,P.,et al,Increasing genetic variability on common wheat by utilization of alien
cytoplasms-cytoplasmic effects on performance and interplant variability of the F,and FZ generations
of the cross,Triticum cv,Chinese spring X cv,Norin 61,Japan,J,Breed,1987,37:29-39
[17刃Sprague G.E.,Russel W,A.,Penny L.H.,et al,Effect of epistasis on grain yield on maize Crop Sci.,
1962,2:205-208
[180] Srivastava H,K.,Heterosis and intergenomic complementation mitochondria,chloroplast,and
nucleus,In,Frankel,R,(ed),Heterosis,reappraisal of theory and practice,springer Berlin Heidelberg
NewYork,1983,260-286
[181] Tsajimoto,H,and K,Tsunewaki,Gametocidal genes in wheat and its relatives,11,Supressors of the
chromosome 3C gametocidal gene ofAegilops triuncialis,Can,J,Genet,Cytol,1985,27,178-185
[182] Tsujimoto,H,and K,Tsunewaki,Gametoadal genes in wheat and its velatives,1,Genetic analyses in
common wheat ofa gametocidal gene derived from Aagilops speltolds,Can,J,Genet,Cytol,1984,26:
78-85
[183] Tsujimoto,H,and K,Noda,Chromosome breakage in wheat induced by the gametocidal gene of
Aegilops triuncialis L.,Proc,7th Int,Wheat Genet,Symp,1988,455-460
[184] Tsujimoto,H,and K,Tsunewaki,Hybrid dysgenesis in common wheat caused by gametocidal genes.
Japan,J,Genet,1985,60,565-578
[185] Tsujimoto,H,and K,Tsunewaki,Genetic analyses on a gametocidal gene originated from Aegilops
aucheri,In,Proc 6th Int,Wheat Genet symp,1983,1077-1081
[186] Tsunewaki K,and Mukai,Y,64th Meet,Japan Breed,Society,1983,Oct,5 -6
[187] Tsunewaki,K,et al,Basic studies on卜brid wheat breeding,Vt,Production of male sterile lines of
common wheat cultivars,Japan,J,Breed,1976,26:25-31
[188] Tsunewaki,K.,et al,On the descent of the cytoplasms of polyploid species in Tritium and Aegilops.
In,Proc,5th Int,wheat Genet,Symp,1978,261-272
[189] Tsunewaki,K.Genetic diversity of the cytoplasm in Triticum and Aegilops,Japan Society for the
promotion of science,Tokyo,Japan,1980
(190] Tsunewaki,K,Cytoplasmic variation in Triticum and Aegilops (A],Proc,70' Int.Wheat genet.
Symp[C],1988:53-62
参考文献63
[191] Tsunewaki,K.Genome-interaction in wheat [J],Jpn.J.Genet.1993.68,1-3
[192] Wagner,D.B.,Dong,J.,Carlson M,R.,et al,Paternal leakage of mitochondrial DNA in pinus,Theor.
Appl,Genet,1991 62:510-540
[1931 Wilson J,A,Hybrid wheat breeding and commercial seed development [M],Plant Breeding
Reviews,1984,2,303-319
(1941 Wilson,1.A,andWM,Ross,Male-sterility interaction of Trirucum aesrivwn nucleus and Triricum
fimpheevi cytoplasm,wheat Inf,Serv,1962,14:29-31
(1951 Xiao J,H.,et al,Doninance is the major genetic basis of heterosis in rice as released by QJI.
Analysis using molecular markers,Genetics,1995,140:745-754
[1961 Yonezawa,K.,et al,Increasing genetic variability in common wheat by utilizing alien cytoplasms
effects of four Aegilops cytoplasms on the genetic variability of F3 generation of cross,Norin 26 X
Norin 61,Japan,J,Breed,1986,36:262-273
(197] Yonezawa,K,et al.,and Increasing genetic variability in common wheat by utilizing alien
cytoplasm-characteristics of nearly fixed alloplasmic lines selected in the cross,alloplasmic Norin 26
X Norin 61,Japan,J,Breed,1987,37,159-169
[198] Yu,S,B.,Li,J,X.,Xu,C,G.,et al,Importance of epistasis as the genetic basis of heterosis in an elite
rice hybrid,Proc,Natl,Acad,Sci,USA,1997,94,9226-9231
[199] Zhang,A,M,and Huang,T H.,Progress of h沙rid breeding in China [C].The Proceedings of 1 st
International Workshop on Hybrid Wheat,Beijing,1998,pp9-14