[1]李柱刚,崔崇士,马荣才,等.芸薹属作物重要农艺性状分子标记研究进展[J].黑龙江农业科学,2005,(01):42-45.[doi:10.11942/j.issn1002-2767.2005.01.0042]
 LI Zhu-gang,CUI Chong-shi,MA Rong-cai,et al.Advance in Molecular Markers of Important Agronomy Characters on Brassica[J].HEILONGJIANG AGRICULTURAL SCIENCES,2005,(01):42-45.[doi:10.11942/j.issn1002-2767.2005.01.0042]
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芸薹属作物重要农艺性状分子标记研究进展

参考文献/References:

[ 1] Lim Y P , Bang J W, Hur Y K , et al.Application of BAC library f or Chinese cabbage genome research [ C] .Plant & Animal Genome Ⅸ Conference.2001 , 13-17 .
[ 2] 卢钢, 曹家树, 陈杭.芸薹属植物分子标记技术和基因组研究进展[ J] .园艺学报, 1999 , 26(6):384 -390 .
[ 3] Dion Y , Gugel RK , Rakow GF , et al.RFLP mapping of resi stance t o the blackleg disease[ causal agent , Lept osphaeria maculans(Desm)Cas et de Not] in canola (Brassica napus L) [ J] .TAG, 1995 , 91 :1190-1194 .
[ 4] Rimmer S R, Borhan M H , Zhu B , et al.Mapping resistance genes in Brassica napus t o Lept osphaeria maculans [ C] .Canberra .: Proceeding of the10th int ernat ional Rapeseed congress , 1999 .
[ 5] Chevre A M , Barret P .Selection of st able Brassica napus -B . juncea recombinant lines resistant t o black (Leptosphaeria maculans)1 .Identi fication of molecular markers , chromosomal and genomic origin of the int rogression[ J] .TAG , 1997 , 95 :1104- 1111 .
[ 6] Barret P B .A rapeseed FAE1 gene is linked to the E1 locus associat ed w ith variation in the content of erucic acid [ J] .TAG , 1998 , 96 :177 -186 .
[ 7] Plieske J , St russ D ., R 9 bbelen G .Inherit ance of resist ance derived f rom the B-genome of Brassica against Phoma ligama in rapseed and the development of molecular markers [ J] .TAG , 1998 , 97 :929-936 .
[ 8] S truss D , Plieske JG.Development of S TS markers linked t o blackleg resistance genes of B genone for marker assi sted selection in oilseed rape[ C] .Plant &Animal GenomeⅧ Conference, 2000 . 9-12 .
[ 9] Yu F , Rimmer S R.Ident ification of tw o loci in Brassica napus for resistance t o Leptosphaeria maculans [ C] . Plant & Animal Genome Ⅹ C onf erence , 2002 .12-16 .
[ 10] Voorrips R E .Plasmodiophora brassicae :Aspect of pathogenesis and resistance in Brassica oleracea[ J] .Euphyti ca, 1995 , 83 :139- 146 .
[ 11] Landry B S .A geneti c map of Brassica oleracea based on RFLP markers det ect ed w ith expressed DNA sequence and mapping of resistance genes to race 2 of Plasmodiophora brassicae Woron[ J] . Genome , 1992 , 35 :409-420 .
[ 12] Grandclement C F , Laurent F , Thomas G .Detection and analysis of QT Ls based RAPD markers for polygenetic resistance t o Plasmodiophora brassicae Woron in Brassica oleracea L[ J] .TAG , 1996 , 93 :86-90 .
[ 13] Hirai M , Aji saka H , Kuginuki Y , et al.Uti lization of DNA polymorphi sm in veget able b reeding[ J] .Symposium of the 75th anniversary of Japanese Societ y for Horticultural , 1998 , 67(6): 1186-1188 .
[ 14] Kuginuki Y , Ajisaka H .RAPD markers linked to a club root - resistance locus in Brassica rapa L[ J] .Euphyt ica, 1997 , 98 :149- 154 .
[ 15] Mast sumot o E , Yasui C .Linlage analysis of RFLP markers for clubroot - resi stance and pigment ation in Chinese cabbage (Braasica rapa ssp .pelinensi s)[ J] .Euphytica , 1998 , 104 :79-86 .
[ 16] Voorrips R E , Jongerius M C , Kanne H J .Mapping of tw o genes for resistance to clubroot(Plasmodiophora b rassicae)in a population of doubled haploid lines of Brassica oleracea by means of RFLP and AFLP markers[ J] .TAG , 1997 , 94 :75-82 .
[ 17] Kikuchi , M ., H .Ajisaka , Y.Kugi nuki , et al.Conversion of RAPD markers for a clubroot resistance gene of Brassica rapa int o sequence -tagged sites (S TSs)[ J] .Breed .Sci .1999 , 49(2): 83.
[ 18] Manzanares Dauleux MJ , Delourme R, Glory P, et al.Isolat especific resistance t o club root in Brassica napus i s expressed at high or partial level[ J] .Cruciferae New slett er, 2000 , 22 :57 -58 .
[ 19] Westman A L , Dickson M H .Disease react ion t o Alternaria b rassicicola and Xanthomonas cam pestris pv .campest ris in Brassi ca nigra and other w eedy crucifers[ J] .Cruciferae New slett er , 2000 , 22 :87-88 .
[ 20] C amargo W Y, C hampagne G .Mapping of quantit ati ve t rai t loci cont rolling resist ance of Brassi ca oleracea t o Xanthomonas campest ri s pv .campest ris[ J] .Phyt opathology , 1995 , 85 (10): 1296-1300 .
[ 21] Mari a C A , Karla A A .Geneti c mapping of ISOZYME , RAPD AND SSR loci in Brassica napus [ C] .Plant &Animal Genome V Conference , 1997.12-16 .
[ 22] Ferrei ra ME , William s PH , Osborn TC .Mapping of a locus cont rolling resistance to Albugo candida in Brassi ca napus using molecular markers[ J] .Phytopath , 1995 , 85 :218-220 .
[ 23] Kole C , Kole P.RFLP M apping of Brassica rapa Using Recombinant Inb red Lines[ C] .Plant Genome Ⅳ Conference, 1996 .
[24] Somers D.Developing marker -assist ed breeding for quali ty and disease resistance t rai ts in Brassica oilseeds [ C ] .Canberra: Proceeding of the10th international Rapeseed congress , 1999 .
[ 25] Franke C , Pot t sD A, Males D R.The development and geneti c of w hit e rust(Albugo candida) race 2v - resi stance canola quality Brassica juncea [ C ] . Canberra :Proceeding of the 10th in ternational Rapeseed congress , 1999.
[ 26] Tanhuanpaa , Vilkki J .Tagging of locus for resistance t o Albugo candida in Brassica rapa ssp .oleifera[ C] .Canberra :Proceeding of the 10th int ernat ional Rapeseed congress , 1999.
[ 27] Prabhu K V , Somer D J .Molecular markers linked t o w hit e rust resi stance in must ard Brassi ca juncea[ J] .TAG , 1998 , 97 :865- 870 .
[ 28] Quijiada P ,S chranz E M , Osborn T C .Mult iple FLC homologs in Brassica correspond w ith major QTL f or flowering time[ C] . Plant &Animal Genome Ⅸ Conf erence , 2001.13-17 .
[ 29] Ferreira ME , Satagopan J , Yandell BS , et al.M apping loci cont rolling vernalizat ion requirement and f low ering time in Brassica napus[ J] .TAG , 1995 , 90 :727-732 .
[ 30] Osborn T , Kole C .Comparison of Vernalization Responsive Flowering Time Genes in Brassica rapa , B .napus and Arabidopsis thaliana[ C] .Plant Genome IV Conf erence , 1996 .
[ 31] 崔海洋, 赖钊, 薛勇彪.值得的十五年-从S LG 到SCR/ SPII [ J] .植物学报, 2001 , 43(1):1-5 .
[ 32] Schopfer C R, Nasrallah M E , Nasrallah J B .The male determinant of Self - Incompatibility in Brassica[ J] .Science, 1999 , 286 :1697-1700 .
[ 33] Boyes D Cand , June B.Physi cal linkage of the SLG and SRK genes at the self -incom patibility locus of Brassica oleracea[ C] . Plant Genome I Conf erence , 1992.
[ 34] C heung , W.Y ., Landry , B.S ..Current status of genome mapping in the Cruci ferae[ M] .In Genome Mapping in Plant s , A.H .Paterson , ed (Landes Bioscience Press , Austin TX), pp . 1996.193-210 .
[ 35] Jean M , Gregory G .Mapping of the ” restorat ion of fert ility” gene f or pol cyt oplasmic male sterilit y in canola[ C] .Plant Genome I Conf erence , 1992.
[ 36] Delourme R , Bouchereau N .Ident ification of RAPD markers linked to fertilit y rest orer gene f or the Ogura radish cyt oplasmic male steri li ty of rapeseed (Brassica napus L .)[ J] .TAG , 1994 , 88 :741 -748 .
[ 37] 王俊霞, 杨圣光,傅廷栋.甘蓝型油菜Pol CMS 育性恢复基因图谱定位[ J] .云南大学学报(自然科学版), 1999 , 21 :38 .
[ 38] Wu , Y., Tulsieram , L ., Rothst ein , S .J .. Identif icat ion and charact erizati on of a put at ive light -harvesting chlorophyll a/ b - binding prot ein gene encoded at a fertilit y rest orer locus for the Ogura CMS in Brassi ca napus L[ J] .T heoretical and Applied Genet ics 2000.477 :1-8 .
[ 39] Hansen M , Hallden C .Marker -assist ed select ion of rest ored male -fert ile Brassica napus plant s using a set of dominant RAPD marker[ J] .M olecular Breeding , 1997 , 3 :449-456 .
[ 40] 王晓武, 方智远, 孙培田, 等.甘蓝显性雄性不育基因的延长随机引物扩增DNA(E RPAD)标记[ J] .园艺学报, 1999 , 26(1): 23-27 .
[ 41] 王晓武, 方智远, 孙培田, 等.一个用于甘蓝显性雄性不育基因转育的SCAR 标记[ J] .园艺学报, 2000 , 27(2):143-144 .
[ 42 ] Wathelet J P , Mabon N , Marlier M .Determination of glucosinolat es in rapeseed improvemen t of the off icial HPLC ISO method (precision and speed)[ C] .C anberra:Proceeding of the 10th int ernat ional Rapeseed congress , 1999 .
[ 43] Upadhayay A, Mohapat ra T , Pai RA , et al.Molecular mapping and character t agging in must ard (Brassica juncea)2 .Association of RFLP markers w ith seed coat colour and quanti tative t rait s[ J] . Jour Plant Biochem & Biotech 1996 , 5 :17-22 .
[ 44] Farnham M W, Wang M.Tow ards mapping genes for dow ny mildew resi stance in Brassica oleracea [ C] .Plant & Animal Genome Ⅸ Conf erence, 2001.13-17 .
[ 45] Foisset N Jourdren C .A Brassica napus genetic map and targeted mapping of genes cont rolling oligogenic t rai ts[ C] .Plant Genome IV Conference, 1996 .
[ 46] Mongkolporn O , Pang E C K.Evaluation of SCAR markers for shat ter resist ance in Brassicas[ C] .Canberra:Australia Proceeding of the 10th international Rapeseed congress , 1999 .
[ 47] 刘忠松, 官春云, 陈社员, 等.甘蓝型油菜显性无蜡粉基因的染色体组定位[ J] .湖南农业大学学报, 2000 , 26(3):183-184 .
[ 48] Lan T H , Paterson A H .Comparati ve m apping of quantit ati ve t rait loci sculpt ing the curd of Brassica oleracea[ J] .Genetics , 2000 , 155 :1927-1954 .
[ 49] 刘公社, 赵泓, 刘杰, 等.分子标记技术及其在芸薹属植物研究中的应用[ J] .植物学通报, 1998 , 2 :67-72 .

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备注/Memo

收稿日期:2004 -11 -09  
第一作者简介:李柱刚(1972 -), 男, 黑龙江省庆安县人, 从事作物遗传改良及戊肝疫苗番茄生物反应器研制研究。通讯作者:Tel: 0451 -86661820 ;E -mal:lizhugang @163.com

更新日期/Last Update: 2016-12-07