优质杂交籼稻品质遗传及辐射诱变效应研究
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摘要
二十世纪七十年代初杂交水稻的成功应用,为我国粮食产量提高作出了
    巨大贡献。但是,当前生产上应用的杂交由表及里籼稻品质普遍较差,难以满足社会
    和市场对稻米品质日益提高的要求。因此研究杂交稻品质性状的遗传、优质
    组合配制方式和品质改良途径,具有重要的理论和实践意义。本试验围绕优
    质杂交稻的遗传和改良开展两个方面的研究,主要结果如下:
    1.忧质杂交籼稻品质性状的遗传研究
     以5个优质不育系和5个优质恢复系为亲本,采用不完全双列杂交设计
    配制组合,采取分期播种方式种植亲本和Fι,收获成熟期相近种子,应用包
    括基因型×环境互作效应的种子性状遗传分析模型,研究在早季、再生季、
    和晚季三种不同气候生态环境下,不育系和恢复系均为优质的背景时杂交稻
    米加工、外观和蒸煮食用品质共12个性状的遗传,结果表明:
     (1)杂种稻米品质性状主要受遗传控制,12个品质性状的遗传方差(V_G)
    占表型方差(V_p)的比例都大于64%。其中,糙米率、精米率、谷粒长、米
    粒长、长宽比、糊化温度、胶稠度等7个性状的遗传方差占表型方差的比率
    更达90%以上(92.4%-98.7%),直链淀粉含量也达84.6%,说明这些性状的
    遗传稳定性强。
     (2)在遗传效应中,所有品质性状都以加性效应为主。除谷粒长的加性
    效应占遗传效应的比重不到80%外(78.3%),其余11个品质性状的加性效
    应均占遗传效应的95%以上。但各品质性状加性效应来源不同,基本可以分
    为两大类。第一类为母体加性效应(V_Am)占绝对优势,即这些性状表现主
    要决定于二倍体母体植株基因型,且具有累加效应。这些性状包括糙米率、
    精米率、整精米率、谷粒长、透明度、糊化温度、直链淀粉含量;第二类是
    以种子直接(胚乳)加性效应(V_A)为主,即性状表达主要决定于三倍体胚
    乳基因型。这些性状包括米粒长、长宽比、垩白率、垩白度和胶稠度。除糙
    米率和精米率不存在细胞质效应外,其余性状均存在一定的细胞质效应,但
    其效应值小,影响甚微。
    
    
     桅建农体入学曲土学付论义
     门)与遗传效应相比,基因wX环境厅作效应则小得多,们每个品质性
     状都有一些互作方差分量达极显著水个,说明环境对杂种稻米品质的影响因
     基因型而异。其中,整精米率、平广]率、乎(1度、透明度等4性状的互作方
     差(VGE)占表型方差比重较大,分别达到33.2O、35.1O、31.3o和27.1O。
     因此,这些性状对环境较敏感,门不同某冈型的敏感程度不同。
     (4)杂种优势分析结果表明,除K宽比、胶稠度、糊化温度(碱消值)
     存在明显的负向杂种优势,直链淀粉含量1NZ著的正向杂种优势外,其余品
     质性状无明显杂种优势。以卜四个,兀质件状的杂种优势对杂交稻品质改良有
     不利的影响。
     (5)不盲系和恢复系的贞献 本研究结采表明,在 12个.fib)ffi性状叶。,
     糙米率、精米率、整精米率、长宽比、平白率、痤〔1度、胶稠度和直链淀粉
     含量8个性状,不育系对杂种的贡献大于恢复系,而米粒长和糊化温度2个
     性状则恢复系贡献大,X余二个忏状(谷粒K和透明度),两者作用相当。
     因此,在优质杂交稻育种中,选育和应用优质不育系对杂种稻米品质改良至
     关重要。
     (6)亲本育种利用侧哺评价 对各余本在三种环境下的遗传效应值进
     行估算,结果表明:不育系中金23A是改良杂种加工品质的良好亲本,德山
     A和中九A则对外观品质改良较理想,在蒸煮食用品质方面,德山A属低
     直链淀粉含最(<13%)、软胶稠度(>65mm)亲本,可用于同高直链淀粉
     含量、硬胶稠度的恢复系配纠。恢复系中,亚花1号是综合改良杂种稻米品
     质的较理想亲本。
     门)遗传相关 对品质性状的遗作相关分析结果表明,以下性状两两
     间存在较强的遗传相关关系(rDeo.5):精米率与整精米率、谷粒长与米粒长,
     谷粒长与长宽比、米粒K‘j长宽比、平〔1率与平白度、胶稠度与直链淀粉含
     量。前5对性状为正相大,仅最后1对性状为负相关。
     二.稻米外观品质性状辐射诱变效应研究
     龙特浦A(特A)和珍汕97A(珍A)配合力强,是应用较多的两个不
     育系,但其品质较差,尤其是外观品质差,表现为短粒形、大圣白。本试验
    。以这两份不育系的同型保持系为材料进行Y辐射诱变,采用歪白数字化扫描
     I
    
     福建农林大学博土学位论文
     测定法和数量性状突变频率保守估计法(犬为人,1993),研究。辐射对两
     份保持系的 MZ和 M3代粒长和垂白两个卞要外观品质性状的诱变效应。结果
     表
Two experiments were conducted to study the inheritance of quality characters and the mutagenic effect of ~?-ray on appearance traits in indica hybrid rice. The main results were as follows:
    
    1. The inheritance of quality characters in good-quality hybrid rice
    
     Ten good-quality parents including 5 CMS lines and 5 restorers were used to make incomplete diallel crosses for studying the inheritance of quality characters in indica hybrid rice. F1 and their parents were sown and planted under early, ratoon and late seasons respectively. To harvest the seeds in near mature date, all stocks were sown in different date for both early and late seasons. Genetic analysis was conducted by using genetic models including genotype >( environment interaction for 1 2 quality characters, i.e. brown rice%(BR), milled rice%(MR), head rice%(HR) , grain length(GL) , kernel length(KL) , length/breadth ratio(LBR), chalky rice% ( CR), chalky score (CS), kernel translucency (KT)1 gelatination temperature( CT), gel consistency( GC)and amylose content (AC). .The results showed that:
    
     (1 )The genetic variations(Vg) for each of 12 characters accounted for more than 64% of phenotype variation, especially for traits BR, MR, GL, KL, LBR, GT and GC, which accounted for 92.4%-98.7%, indicating that all of quality traits were mainly controlled by genetic effect.
    
     (2) The genetic variations of all characters were mainly attributable to maternal additive (VAin) and direct additive (VA), with maternal additive effect predominating for BR, MR, HR~ GC, KT, GT and AC, while direct additive effect predominating for KL, LBR, CR, CS and Ge. Except for BR and HR, slight cytoplasm effect was also detected in other 1 0 characters.
    
    
    
     ( 3 ) Comparing with genetic main effect , the genotype X environment interaction effects( VGE)were much less important~ although there were some interaction variation components were significant for each character. Among 12 characters, the VGE for HR, CR, CS and KT was higher, which accounted for 33.2%, 35.l%~ 31.3%and 27.1% of phenotype variation respectively.
    
     (4) Heterosis were unable to be detected in most of characters except for LBR, GC and GT (ASS) with negative dominances, and AC with positive dominance. The heterosis found for these four traits were unfavorable for quality improvement in indica hybrid rice.
    
     (5) Comparing contribution between CMS lines and restorers to F1 quality improvement showed that among 12 characters, eight (BR, MR, HR, LBR, CR, CS, GC, AC) were much more influenced by CMS lines than that by restorers, two ( GL and KT) almost equally affected by both, and only two (KL and GT) showed more influence by restorers than by CMS lines, suggesting that using CMS lines with good quality were crucial in breeding of high quality hybrid rice.
    
     (6)The evaluation of genetic effects for parents under three seasons demonstrated that in CMS lines, Jin23A was favorable for improving milling quality, DeshanA and ZhongjiuA were better for appearance quality improvements DeshanA, with low AC( <13%)and high GC ( > 65mm), was also recommended as better parent in cooking quality improvement. In restorers, Yahua No.1 was an ideal stock for developing high quality indica hybrid rice.
    
     ( 7 ) Significant genetic correlations were uncovered between following traits: MR and HR, GL and KL, GL and LBR, CR and CS, GL and AC. Except for negative genetic correlation between GC and AC, all others showed positive correlation.
    
    2. The mutagenic effects of y -ray irradiation on appearance quality in
    
    
    indica rice
    
     LongtepuA (TA) and Zhenshan97A (ZA) were two CMS lines with high yield general combining ability and had been utilized broadly in breeding of hybrid rice. However, the grain quality especially for appearance quality in these two CMS lines was unfavorable. Short grain and high chalkiness were two main shortages. In present study, the dry seeds of LongtepuB ( TB) and Zhenshan97B ( ZB), the maintenance lines of TA and ZA, were used for irradiating by Y -ray to investigat
引文
王才林、汤玉庚,1989,杂交粳稻若干米质性状的配合力,江苏农业学报,5(1) : 11-17
    王长发、高如嵩等,1996,籼型杂交水稻稻米糊化温度的遗传分析,西北农业大学 学报,24(1) :28-32
    王余龙、姚友礼等,1995,水稻籽粒品质性状与粒重关系的初步探讨,作物学报, 21(5) :573-578
    王桂荣、张德水等,1998,γ射线辐照天然杂种玉米的诱变作用及其在选育种质材 料中的应用,核农学报,12(2) :65-70
    王彩莲等,1985,铯-137生物学效应研究(Ⅱ),原子能农业应用,1:10-16
    王彩莲等,1986,不同类型栽培稻的辐射敏感性初步研究,浙江农业大学学报,12 (3) :246-253
    王琳清,1992,我国植物诱变育种进展剖析,核农学通报,13(6) :282-295
    王琳清,1995,辐射诱变改良作物的综合技术,诱发突变与作物改良,原子能出版 社,67-73
    邓达胜,1991,60Co-γ射线诱发水稻糯性突变的探讨,核农学通报,12(4) :151-154
    邓达胜,1998,辐射选育杂交水稻研究进展和应用。全国植物突变育种学术讨论论 文摘要汇编,11
    丘冠英等,1983,水稻辐射敏感性研究,原子能农业应用,3:10-15
    冯志杰,1995,高等植物的辐射敏感性,诱发突变与作物改良,原子能出版社,75-81
    冯志杰、王琳清,1987,普通小麦品种 M1 辐射敏感性及M2诱变效应的研究,中 国科技报告,CNIC-00066
    包劲松、舒庆尧等,1998,γ辐照对稻米蒸煮和食用品质的影响,核农学报,12(6) : 327-331
    包劲松、夏英武,2000a,基因型×环境互作效应对籼稻蒸煮食用品质的影响,浙江 大学学报,26(2) :144-150
    包劲松、何平等,2000b,异地比较定位控制稻米蒸煮食用品质的数量性状基因,中 国农业科学,33(5) :8-13
    包劲松、徐惠英等,2000c,稻米食用和蒸煮品质与不同发展阶段株高的遗传相关分 析,浙江农业学报,12(1) :6-10
    申岳正、闵绍楷等,1990,稻米直链淀粉含量的遗传及测定方法的改进,中国农业 科学,23(1) :60-68
    石春海,1992,水稻诱变育种的研究进展,核农学通报,13(2) :85-90
    
    
    石春海、申宗坦,1994,早籼稻谷粒性状遗传效应的分析,浙江农业大学学报, 20 (4) :405-410
    石春海、申宗坦,1995,早籼粒型的遗传和改良,中国水稻科学,9(1) :27-32
    石春海、朱军,1993,籼型杂交稻稻米外观品质的种子和母体遗传效应分析,北京 农业大学学报(增刊),19:69-74
    石春海、朱军,1994a,籼稻稻米外观品质与其它品质性状的相关性分析,浙江农业 大学学报,20(6) :606-610
    石春海、朱军,1994b,籼稻稻米蒸煮品质的种子和母体遗传效应分析,中国水稻科 学,8(3) :129-134
    石春海、朱军,1997,水稻植株农艺性状与稻米碾磨品质的遗传相关性分析,浙江 农业大学学报23(3) :331-337
    石春海、朱军等,1995,稻米营养品质种子效应和母体效应的遗传分析,遗传学报, 22(5) :372-379
    石春海、朱军等,1999a,籼型杂交稻稻米品质性状的遗传分析,21世纪水稻遗传 育种展望,中国农业科技出版社,349-354
    石春海、朱军等,1999b,籼型杂交稻稻米赖氨酸性状的基因型×环境互作效应分析, 中国农业科学,32(1) :8-14
    石春海、陈国林等,2000,籼稻稻米直链淀粉含量的胚、胚乳、细胞质和母体遗传 效应分析,作物学报,26(6) :833-838
    刘冬生、汪连爱等,1992,我国部分稻种资源品质鉴定与筛选,粮食作物品质鉴定 与评价(张玉良主编),中国农业科技出版社,40-45
    刘国平等,1989,水稻籽粒形态性状的遗传变异研究,种子,6:1-6
    刘垂许,1982,生物数量性状的一个模型及其应用,安徽农学院学报,(2) :37-44
    刘宜柏、吴慧光等,1983,水稻品种稻米品质的初步研究,江西农业大学学报,15 (2) :40-49
    刘录样,1995,诱发突变应用于作物杂种优势育种,诱发突变与作物改良,原子能 出版社,413-421
    刘录祥、程俊源,1999,植物诱变育种技术研究进展,13(3) :187-190
    向远鸿、唐启源等,1992,稻米品质性状相关性研究,中国特种稻品种与资源,上 海农业出版社,143-146
    孙义伟、刘宜柏,1990,稻米蛋白质含量及其农业性状相关性的研究,江西农业大 学学报(水稻品质育种研究专辑),28-35
    孙义伟等,1989,稻米胚乳直链淀粉含量的基因剂量效应,江西农业大学学报,11(1) : 1-6
    庄杰云、钱惠荣等,1996,籼稻品种遗传变异性初探,中国农业科学,29(2) :17-22
    朱军,1996,包括基因型×环境互作效应的种子遗传模型及其分析方法,遗传学报, 23(1) :56-68
    
    
    朱军。1997,遗传模型分析方法,中国农业出版社
    朱旭东、熊振民等,1993,异季栽培对稻米品质的影响,中国水稻科学,7(3) :172-174
    朱智伟、林榕辉等,1992,我国稻种资源营养品质评价,粮食作物品质鉴定与评价 (张玉良主编)。中国农业科技出版社,29-39
    汤圣祥,1987,我国杂交水稻蒸煮与食用品质的研究,中国农业科学,20(5) ;17-22
    汤圣祥,1996,品质育种,水稻育种学(闵绍楷主编),中国农业出版社,322-353
    汤圣祥、G.S.Khush,1991,稻米胶稠度的遗传研究,中国水稻科学,5(1) :25-28
    汤圣祥、G.S.Khush,1993,籼稻胶稠度的遗传,作物学报,19(2) :119-124
    汤圣样、G.S.Khush等,1990,稻米胶稠度单籽分析方法,中国水稻科学,4(2) : 55
    汤圣祥、张云康等,1996,籼粳杂交稻米胶稠度的遗传,中国农业科学,29(5) : 51-55
    汤圣祥、闵绍楷,1998,品质育种,中国稻米,1:30-32
    祁祖白、李宝健等,1992,水稻子粒外观品质及脂肪的遗传研究,中国特种稻品种 与资源,上海农业出版社, 77-83
    祁祖白、李宝健等,1983,水稻籽粒外观品质及脂肪的遗传研究,遗传学报,10(6) : 452-458
    祁祖白、李宝健等,1990,籼粳杂种一代的生理学性状和米质性状的杂种优势,遗 传,12(3) :7-10
    许耀奎、顾光炜等,1985,作物诱变育种,上海科学技术出版杜
    何予卿、吕志仁,1993,籼稻米直链淀粉含量的遗传及其基因剂量效应,华中农业 大学学报,12(5) :414-420
    何光华等,1995,水稻籽粒蛋白质、游离氨基酸含量的配合力与杂种优势分析,作 物学报,22(2) :192-196
    何昆明、吴惟瑞等,2000,太空诱变选育优质高产水稻品种的研究,广东农业科学, 2:2-3
    吴为人,1988,植物数量性状诱发突变的数学模型,核农学报,2(3) :161-166
    吴为人,1990,关于植物多基因系统辐射诱变遗传机制的一种设想-对诱变世代 群体遗传结构的探讨,核农学通报,11(4) :160-165
    吴为人,1992,对两种突变体判别界限计算方法合理性的评价,核农学通报,13(6) : 256-258
    吴为人,1993,植物数量性状突变频率的保守估计法,核农学通报,14(1) :23-25
    吴关庭、王贤裕等,1993,诱变技术在优质品种选育和优质资源创造中的应用,核 农学报,14(4) :189-194
    吴殿星、舒庆尧等,2000,几种新的诱变因素对水稻的诱变效应,核农学报,14(5) : 268-273
    
    
    张爱红、徐辰武,1999,籼-粳杂种稻米几个品质性状的遗传表达,作物学报,25 (4) :401-407
    李仕贵、黎汉云等,1995,杂交水稻稻米外观品质性状的遗传相关分析,西南农业 大学学报,17(3) :197-201
    李成荃、程岩等,1989,杂交粳稻品质性状的遗传研究,杂交水稻,1:35-39
    李成莹、孙明等,1988a,杂交粳稻品质性状的遗传研究,Ⅰ.碾米品质与籽粒外观 性状的相关和通径分析,杂交水稻(4) :32-35
    李成莹、袁勤等,1988b,杂交粳稻品质性状的遗传研究,Ⅱ.食味及营养品质的相 关和通径分析,杂交水稻,(6) :32-34
    李欣、汤述翥等,2000,粳型杂种稻米品质遗传性状的表现及遗传控制,作物学报, 26(4) :411-419
    李欣等,1990。谷类作物品质性状遗传研究进展,江苏科技出版社, 68-74
    李锐、黄超武,1988,水稻单粒直链淀粉含量测定方法,广东农业科学, 5(2) : 7-9
    杜若甫,1981,作物辐射遗传与育种,科学出版社
    杨仁崔、梁康迳等,1986,稻米垩白直感遗传和杂交稻垩白米遗传分析,福建农学 院学报,15(1) :51-54
    沈波、陈能等,1997,温度对早籼稻米垩白发生与胚乳物质形成的影响,中国水稻 科学,11(3) :183-186
    闵绍楷、汤圣样,1997,辐射诱变育种,中国稻米,(5) :34-36
    闵绍楷、申宗坤等,1996,水稻育种学,中国农业出版社,322-353
    陈佑良、杨平华等,1995,钴圃慢照射对普通小麦的遗传效应,诱发突变与作物改 良,原子能出版社,217-225
    陈芳远、蒋兴屯等,1994,高空环境对水稻遗传性的影响,中国水稻科学,8(1) : 1-8
    陈建国,1996,籼-粳亚种间杂交水稻品质性状的遗传研究,浙江农业大学博士学位 论文
    陈建国、朱军,1999,籼粳交稻米蛋白质含量的基因型与环境互作效应的分析,中 国农业科学, 25(5) :579-584
    陈建国、朱军等,1998,籼粳交稻米品质性状杂种优势的遗传分析,种子,94(2) : 4-6
    陈建国、宋国清等,1998,杂交早稻米品质性状的直接和母体遗传效应分析,中国 水稻科学,12(2) :79-84
    陈建国、戴余军,1999,不同发育阶段籼粳杂交稻米品质性状的遗传效应分析,21 世纪水稻遗传育种展望,中国农业科技出版社,334-339
    
    
    陈秉发、陈建民,2000,稻米垩白遗传及无垩白稻谷单粒筛选技术初探,福建农业 学报,15(4) ;1-5
    陈葆棠、彭仲明等,1992,水稻糊化温度的遗传分析,华中农业大学学报,11(2) : 115-119
    陈震波、况浩池,1993,稻米垩白的研究综述,种子,64(2) :36-37
    张维强,1995,我国突变种质资源的研究利用,诱发突变与作物改良,原子能出版社, 12-20
    青先国,王学华,1999,杂交水稻的发明对我国粮食生产的贡献,湖南农业科学,6: 2-4
    周开达等,1994,优质是杂交稻发展的必由之路,杂交水稻,4:42-45
    周清元、安华等,2000,水稻子粒形态性状遗传研究,西南农业大学学报,22(2) : 102-104
    周德翼、张嵩午等,1994,稻米综合品质与结实期气象因子的关系研究,西北农业 大学学报,22(2) :6-10
    易小平、陈芳远,1991,籼型杂交水稻品质性状的细胞质遗传效应研究:Ⅰ稻米外 观品质及氨基酸含量分析,广西农学院学报,10(1) :25-32
    易小平、陈芳远,1992,籼型杂交水稻稻米蒸煮品质、碾米品质及营养品质的细胞 质遗传效应,中国水稻科学,6(4) :187-189
    林建荣、吴明国等,2001,粳型杂交稻稻米外观品质性状的遗传效应研究,中国水稻 科学,15(2) :93-96
    林音、司述明,1995,γ射线辐射育种的辐照技术,诱发突变与作物改良,原子能 出版社,192-197
    武小金,1989,稻米蒸煮品质性状的遗传研究,湖南农学院学报,15(4) :6-9
    武小金,1993,稻米蒸煮品质性状的遗传研究,中国特种稻品种与资源,上海农业 出版社,147-150
    罗玉坤、林榕辉等,1992,我国部分稻种资源蒸煮食味品质研究,粮食作物品质鉴 定与评价(张玉良主编),中国农业科技出版社,52-58
    罗志祥、丁超尘等,1999,几个籼型三系杂交水稻亲本的配合力及遗传力研究,安 徽农业科学,27(4) :315-317
    金正勋、秋太权等.2000a,粳稻杂种后代直链含量遗传变异与选择,东北农业大学 学报,31(3) :209-214
    金正勋、秋太权等,2000b,粳稻亲本选配与杂种后代遗传变异分析,东北农业大学 学报,31(4) :326-332
    赵孔南、王彩莲等,1995,栽培稻的辐射敏感性研究,诱发突变与作物改良,原子 能出版社,109-117
    赵孔南等,1984,铯-137生物学效应研究(初报),原子能农业应用,3:16-22
    
    
    赵孔南等,1986,137Cs生物学效应研究(Ⅳ),原子能农业应用,2:17-22
    赵孔南等,1990,植物辐射遗传育种研究进展,原子能出版社
    赵式英,1982,稻米的垩白,国外农学(水稻),(6) :43-46
    赵成章等,1984,水稻体细胞组织培养在品种改良上的应用,中国农业科学,(5) : 35-40
    凌兆风,1990,谷类作物品质性状遗传研究进展,江苏科技出版社, 106-112
    徐辰武,1996,诱发谷物胚乳突变的研究进展,核农学通报,17(6) :291-295
    徐辰武,1998,稻米品质性状的遗传研究,南京农业大学博士学位论文
    徐辰武、张爱红,1998,几个籼粳交组合稻米品质性状遗传表达的鉴别,中国水稻 科学,12(1) :51-54
    徐辰武、张爱红等,1996,籼粳杂交稻米品质性状的遗传分析,作物学报,22(5) : 530-534
    徐辰武、莫惠栋,1995,籼-粳杂种稻米品质性状的遗传控制,遗传学报,22(3) : 192-198
    徐辰武等,1990,谷类作物品质性状遗传研究进展,江苏科技出版社,75-81
    敖雁、徐辰武等,2000,籼型杂种稻米品质性状的数量遗传分析,遗传学报,27(8) : 706-712
    莫惠栋,1995,谷类作物胚乳性状遗传控制的鉴别,遗传学报,22(2) :126-132
    莫惠栋,1995,谷类作物胚乳品质性状的遗传研究,中国农业科学,28(2) :1-7
    莫惠栋、黄祖六等,1997,种子性状双列资料遗传分析的新方法,江苏农学院学报, 18(1) :25-30
    莫蕙栋,1990,种子性状及其遗传效应的鉴别,江农学院学报,11(2) :11-15
    袁定阳、齐绍武,1999,两系杂交稻产量与品质性状间的典型相关分析,杂交水稻, 14(4) : 37-38
    贾志宽、高如嵩等,1992,中国稻米垩白形成的地域分异规律之初步研究,中国水 稻科学,6(4) :159-164
    贾志宽、高如嵩等。1992,稻米垩白形成的气象生态基础研究,应用生态学报,3 (4) :321-326
    郭益全,1982,析出法分析水稻谷粒之遗传研究,中华农业研究,31(4) :265-274
    郭益全、刘清,1986,大粒水稻之遗传研究:Ⅱ谷粒性状之遗传,中华农业研究, 85(4) :401-412
    郭益全等,1985。籼稻烹调与食用品质及谷粒性状之遗传,中华农业研究,34(3) : 243-257
    郭银燕、张云康等,1998,浙江省早籼稻外观品质、品种、地点互作效应研究,浙 江农业大学学报,24(1) :20-26
    郭银燕、张云康等,1999,浙江省早籼稻蒸煮品质的品种、品种×地点互作效应研 究,作物学报,25(4) :499-503
    
    
    钱前等,1995,种子,(2) :30-33
    高明尉,1996,诱变育种.水稻育种学(闵绍楷等主编),中国农业出版社,172-209
    梁世荣等,1988,杂交籼稻米蒸煮食用品质性状的分析研究,广西农业科学,6:1-4
    梁康迳、杨仁崔等,1999,籼粳杂交谷粒性状的遗传及基因型×环境互作效应研究, 21世纪遗传育种展望,中国农业科技出版社,275-278
    梁敬琨等,1989,籼型杂交稻品质性状与其亲本关系的初步研究,中国水稻科学,2 (3) :111-116
    章善庆等,1986,水稻粘糯分离规律在杂交水稻育种中的应用,浙江农业科学,4: 174-175
    符福鸿、王丰,1994,杂交水稻谷粒性状的遗传分析,作物学报,20(1) :39-45
    黄英金、刘宜柏,1990,水稻蛋白质含量的遗传与选择的初步研究,江西农业大学 学报(增刊):20-27
    黄英金、熊伟,2000,稻米蛋白质及其4种组分含量的遗传研究,江西农业大学学 报,22(4) :473-478
    黄祖六、谭学林等,2000a,稻米直链淀粉含量基因座位的分子标记定位,作物学报, 26(6) :777-782
    黄祖六、谭学林等,2000b,稻米胶稠度基因位点的标记和分析,中国农业科学,33 (6) : 1-5
    黄超武、李锐,1990,水稻杂种直链淀粉含量的遗传分析,华南农业大学学报,11 (1) :23-29
    黄愿偿等,1985,稻米蛋白质含量的遗传研究,湖南农业科学,2:7-9
    程方民、朱碧岩,1998,气象因子对稻米品质影响的研究进展,中国农业气象,19 (5) :39-45
    程方民、张嵩午等,1996,灌浆结实期温度对稻米垩白形成的影响,西北农业学报, 5(2) :31-34
    程式华、阂绍楷,2000,中国水稻品种:现状与展望,中国稻米,1;13-16
    舒庆尧、吴殿星等,1998,籼型杂交水稻稻米表现直链淀粉含量和淀粉粘滞性研究, 浙江农业大学学报,24(6) :621-626
    董彦君,1998,日本新性状稻米品质研究进展,中国稻米,1:36-38
    蒋兴屯、陈芳远,1991,“8885”返地卫星搭载对水稻遗传性的影响,科学通报,36 (23) :1820-1824
    蒋志谦、严宗卜等,1993,水稻辐射突变体的特性鉴测和研究,核农学通报,14(3) : 104-108
    甄海、吴东辉等,1998,不同造别栽培对籼、粳稻米外观品质性状的影响,广东农 业科学。增刊:48-51
    
    
    甄海、黄慧君等,1999,不同造别栽培对稻米碾磨和蒸煮品质的影响,广东农业科 学,4:8-10
    廖伏明、周坤炉等,1999a,籼型三系杂交水稻主要农艺性状配合力研究,作物学报, 25(5) :622-631
    廖伏明、周坤炉等,1999b,籼型三系杂交水稻米质现状研究,杂交水稻,14(6) : 35-38
    廖伏明、周坤炉等,2000,籼型杂交水稻米质性状配合力及遗传力研究,湖南农业 大学学报(自然科学版),26(5) :323-328
    谭协和,1987,稻米品质遗传与育种,贵州人民出版社
    谭震波、况浩池等,1993,杂交水稻若干性状的配合力初步研究,杂交水稻,2:34-36
    黎用朝、李小湘,1998,影响稻米品质的遗传和环境因素研究进展,中国水稻科学。 12(增刊):58-62
    黎杰强、朱碧岩等,2000,籼稻品种杂交后代垩白性状频数分布及遗传分析,广东农 业科学。4:8-10
    佐藤尚雄等,1992,日本の稻育种,日本农业技术协会,165-178
    Ahn S.N., Bollech C.N. , 1993, RFLP analysis of genomic regions associated with cooked-kernel elongation in rice, Theor Appl Genet, 87: 27-32
    AlperT., Howard P., 1956, Nature, 178: 978-979
    Al-Rubeai, Godward, 1981, Genetic control of radiosensitivity in Phaseolus Vulgaris L., Env.Expt.Bot, 21 (2) : 211-216
    Ayres N M et al., 1997, Microsatellites and a single-nucleotide polymorphism differentiate apparent amylose classes in an extended pedigree of US rice germplasm, Theor. Appl. Genet., 94: 773-781
    Bligh, Till et al, 1995, A microsatellite sequence closely linked to the Waxy gene of Oryza sativa, Euphytica, 86: 83-85
    Blixts., 1968, Hereditas, 59: 303-326
    Bogyo T P et al., 1988, Genetic models for quantitatively inherited endosperm characters, Heredity, 60: 61-67
    Bollich, C.N. , B.D.Webb, 1973, Inheritance of amylose in two hybrid populations of rice. Cereal Chem., 50 (6) : 631-636
    Chadwick K.H., Leenhouts H.P., 1973, Phys .Med .Biol, 18: 78-87
    Chang, T.T., B.Somrith, 1979, Genetic studies on the grain quality of rice. In: Chemical aspects of rice quality, pp.49-58, IRRI, Los Banos, Philippnes
    Chang.W.L.et al, 1981, Inheritance of amylose content and gel consistency in rice, Bot.Bull.of Academia Sinica, 22 (1) : 35-47
    Chauhan, J.S., 1981, Studies on correlation and path analysis of some physical and
    
    chemical grain quality components of amylosc content in rice Oryza saliva L.Thesis Abstracts. 7 (1) : 76-77
    Chauhan, J.S., Nanda, 1983, Genetic variability for physico-chemical characters of rice grain in segregating Oryzasativa L. Oryza, 20 (4) : 209-215
    Chen H., Siebenmgen T.J. , 1997, Relating drying rate constant to head rice yield reduction of long-grain rice, American Society of Agricultural Engineers, 40 (4) ; 1133-1139
    Choi, S.J., 1979, Studies on inheritance and selection efficiency of endosperm chalkiness of rice kernels. Crop Sci., 21: 209-234
    Clement, G., C. Poisson, 1984, Study of the inheritance of grain translucence in five varieties of rice. Rice Abstracts, 8 (8) : 1
    Conger B.V. et al., 1968, Radial .Bot, 8: 31-36
    Dwivedi, G. and C.Poisson, 1984, Study of the inheritance of grain translucence in five varieties of rice (Oryza sativa L.) .Rice Abstracts, 8 (8) : 1
    Efferson. J.N., 1998, The quality requirement for rice in world rice market, Hybrid rice, (5) : 35-39
    Espstein, H.T., 1953, Nature, 171: 394-395
    Florencil I.S., et al., 1996, Radiation-induced mutation for crop improvement and plant domestication, China Agri. Sci-tech Press, Plant mutation in Asia, 61-75
    Foolad M R.et al, 1992, Models to estimate maternally controlled genetic variation in quantitative seed characters, Theor Appl Genet, 83: 360-366
    Gale,M.D., 1976, High amylose breeding and genetical aspects of the problem, Cereal Res. Comm., 4: 231-243
    Gupta,M.P. et al., 1988, Genetic analysis for quality characters in rice, Genetik, 20(2) : 141-146
    Heda, G.D., G.M.Reddy, 1986, Studies on the inheritance of amylose content and gelatinization temperature in rice (Oryza sativa L ). Genetics Agraria, 40 (1) : 1-8
    Heu, M.H., S.Z.Park, 1976, Dosage effect of waxy allele on the amylose content of rice grain. LAmylise contint of hybrid seeds obtained from isogenic lines for glutinuous and base colour. Korean Journal of Breeding, 8: 48-54
    Hillerislambers.D., et al., 1973, Genetic and environmental variation in protein content in rice (Oryzasativa), Euphytica, 22: 264-273
    Howard P., Alper T., 1957, Radiat.Res., 7: 518-540
    IkenoS., 1914, Uber die Bestaubung and die Bastardierung von Reis. Z Pflanzenzucht, 2: 495-503
    Inoue, M. et al., 1980, Varietal differences in the repair of gamma radiation induced
    
    lesions in Barley. Expt. Bot. 20 (2) : 161-168
    Jinda J., 1996, Present activities on plant mutation breeding in Thailand. Plant mutation breading in Asia. 77-84
    Jun, B.T., 1985, Studies on the3 inheritance of grain size and shapein rice ( Oryza saliva L.). Research Reports. Rural Development Administration. Korea Republic. 27 (2) : 1-27. Rice Abstracts, 1986, 9 (4) : 14-21
    Kato, T., 1989, Diallel analysis of grain size of rice (Oryza sativa L) , Jpn.J.Breed., 39 (1) : 39-45
    Kato, T., 1990, Heritability for grain size of rice (Oryza sativa L), Jpn.J.Breed.. 40 (3) : 313-320
    Kaushik, R.P., et al.1991, Genetic analysis of endosperm mutants in rice ( Oryza sativa L) Theor. Appl. Genet., 83 (2) : 146-152
    Khush G S.et al., 1988, Grain quality of hybrid rice. In. Hybrid Rice, pp.201-205, IRRI Manila. Philippines
    Kostion. X et al., 1986, Experiments with developing plants aboard salyut-5, salyut-5, salyut-6, salyut-7, orbital stations, Space Biol.Aerosp.Med., 20: 73-78
    Kual, 1983, Genetic control of seed protein content in rice, Rice Abstract, 6 (5) : 108-109
    Kumamaru, T. et al., 1990, Mutants for rice storage proteins, III: Genetic analysis of mutants for storage proteins of protein bodies in the starchy endosperm, Jpn. J.Genet., 62 (4) : 333-339
    Kumar, I. And G.S.Khush, 1986, Gene dosage effects of amylose content in rice endosperm. Japan.J,Genet., 61 (6) : 559-568
    Kumar, I., G.S.Khush, 1987, Genetic analysis of different amy10se levels in rice. Crop Sci., 27: 1167-1172
    Lin, T.F., 1978, Study on the relationship between the morphological characteristics of the grainand grain chalkiness in rice, Rice Abstracts, 13 (4) : 179
    Lin, T.F., 1989, Genetical studies on waxy and white belly characteristics in rice. Bulletin of Taichung District Agricultural Improvement Station, 23: 31-37, Rice Abstracte, 1991, 14 (6) : 319
    McKenzie, K.S. and J.N.Rutger, 1983, Genetic analysis of amylose content, alkali spreading score, and grain dimensions in rice. Crop Sci., 23 (2) : 306-319
    Mevzgodina.L.V. er al., 1979, Spontaneous and induced gamma radiation mutagensis of Latctuca sativa.In: Biologicheskiye issledovaniya na Biospatnikaklf "kosmos" , Moscow Nauka, 190-194
    Micke.A., 1990, Mutation breeding review, Induced mutations for crop improvement,
    
    (7) : 10-13
    Mosina, S.B., 1988, Inheritance of protein content of the caryopses in rice, Rice Abs, 11 (1) : 1
    Munhot.M.K, Sarawgi A.K. , 2000, Gene action and combining ability for yield, grain quality and other related characters in rice , Oryza, 37 (1) : 1-6
    Nishio,T., S.lida, 1992, Selection of rice mutants having a low content of 16KDa allergenic protein, Tech. News, 42: 1-2
    Okuno, K., 1978, Gene dosage effect of waxy alleles on amylose contentin endosperm starch of rice. Japan. J.Genet., 53 (3) : 219-222
    Okuno, K., et al., 1983, Anew mutant gene lowering amylose content in endosperm starch of rice. Oryza stativa L.J. Breed. 33 (4) : 387-394
    He.P, Li S.G, et al, 1999, Genetic analysis of rice grain quality, Theor Appl Genet, 98: 502-508
    Panwar, D.V.S., Paroda, 1983, Combining ability for grain characters in rice. Indian J.Agri.Sci., 53 (9) : 763-766
    Pooni N S et al., 1992, A comprehensive model for disomically inherited matrical traits expressed in triploid tissues, Heredity, 69: 166-174
    Puri et al, 1980, Inheritance of geltinization temperature in rice, Indian J.Genet, Plant Breeding , 40 (2) : 450-455
    Puri et al, 1983, Studies on cooking and nutritive qualities of cultivated rice (O.Saliva) .IVQuatitatives genetic analysis of geltinization temperature, Genetica Agraria, 34 (3/4) : 335-343
    Qmura, T., H.Satoh., 1984, Mutation of grain properties in rice, Biology of rice, Tsunodaed, 293-303
    Rieger. R et al., 1976, Glossary of genetics and cytogenetics: Classical and molecular, 4th ed, Springer-Verlag, Berlin, Heidelberg, New York
    Rutger.J., 1991, Mutation breeding of rice in California and the U.S.A., IAEA division, Bienna, (1) : 67-72
    Sabularse, Aliuzzo et al, 1991, Cooking Quality of Brown Rice as influenced by Gamma Irradiation, Variety and Storage, J. of Food Sci., 56 (1) : 96-98
    Sano Y., 1984, Differential regulation of waxy gene expression in rice endosperm, Theor Appl Genet, 68: 467-473
    Sarathe M.L et al., 1986, Heterosis and combining ability for quality characters in rice, Genetica Agraria, 40 (1) 1: 1-8
    Shenoy V.V., et al, 1991, Inheritance of protein per grain in rice, India J.Genet., 51 (2) : 214-220
    
    
    Shi C.H., Zhu J.et al, 1997, Genetic and heterosis analysis for cooking quality traits of indica rice in different environment, Theor Appl Genet, 95: 294-300
    Shigeki N., 1996, Recent progress on crop mutation breeding in Japan, Plant mutation in Asia, China Agri. Sci-tech. Press, 29-37
    Shubash, KDG and Mosina, 1987, Inheritance of the amylose content of the grain of rice hybrids. Rice Abstracts, 10 (4) : 1471
    Singh.N.B., et al, 1982, Gene action for quality components in rice, India J.Agri.Sci, 52 (8) : 485-488
    Singh.N.B., et al, 1985, Heterosis and combing ability for kernel size in rice, Indian J.Genet, Plant Breeding , 45 (2) : 181-185
    Singh.N.B., et al, 1977, Heterosis and combing ability for quality traits in rice, Indian J.Genet, Plant Breeding , 37 (2) : 347-352
    Sonrexa, KP., 1984, Genetic evaluation of some cultivars for quality traits in rice (Oryza sativa L.). Cereal Research Communications, 12 (1/2) : 89-96
    Sood, B.C., Siddiq E.A., 1986, Genetic analysis of crude protein content in rice, Indian J.Agri.Sci., 56 (11) : 796-797
    Sparrow, A.H. et al., 1967, Chromosomes and cellular radiosensitivity, The relationship of DO to chromosome volume and complexity in 79 different organisms, Radi.Res., 32 (4) ; 915-937
    Stansel, JWL., 1966, The influence of heredity and environment on endosperm characteristics of rice (Oryza sativa L.), Dissert. Abstracts, 27: 4813
    Takeshi kawai, 1991, Mutation breeding in Japan, IAEA division, (1) : 73-76
    Takita, H.,et al, 1985, Inheritance of grain size and the relationship between grain size and other characters in rice, Bulletin of the National Agricultural Research Center, Japan, 3: 55-71
    Tomar, JB., Nanda, 1984, Genetics of geltinization temperature and its association with protein content in rice (Oryza saliva L), Rice Abstracts, 7 (7) : 1004
    Tomar, JB., Nanda, 1985, Genetics and association studies of kernel shape in rice, Indian J. Genet. Plant Breeding, 45 (2) : 278-283
    Ukai.Y., 1967, Studies on varietal differences in radiosensitivity in rice, Jap.J.Breed, 17 (1) : 33-36
    Ukai. Y., 1968, Radiosensitivity with respect to the reduction in the number of dividing cells and occurrence of chromosome bridges, Jap.J.Breed, 18 (4) : 221-228
    Vaulina E N et al., 1984, Research with air-dry seeds and seedlings of Crepis Capillaris (L.) Wailr, Adv. Space Res., 4 (10) : 97-101
    Wang L.Q., 1996, Present status of crop mutation breeding in China, Plant mutation in
    
    Asia, China Agri. Sci-tech. Press, 11-20
    Wang Zong-Yang , Zheng Fei-Qin , 1995, The amylose content in rice endosperm is related to the post-transcriptional regulation of the waxy gene, The Plant Journal, 7(4) : 613-622
    Yano, M. et al., 1985, High amylose mutants of rice, Theor.Apl.Genet., 69: 253-257
    Yano, M., et al., 1988, Chromosomal location of genes conditioning low amylose content of endosperm starches in rice, Theor.Appl.Genet, 76: 183-189
    Zaman. F.U.et al, 1985, Genetical analysis of gel consistency in rice, Indian J.Genet , 45 (1) 1: 11-118
    Zhu.J., Weir,B.S., 1994, Analysis of cytoplasmic and maternal effects: II genetic models for triploid endosperm, Theor. Appl.Genet, 89 (2) : 160-166