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Saturating Microsatellite Linkage Map of Wheat in Fukuho-Komugi × Oligo-Culm Cross Population using AFLP Markers

机译:利用AFLP标记的Fukuho-Komugi×Oligo-Culm杂交群体小麦的饱和微卫星连锁图谱

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Genetic maps with high genome coverage are becoming increasingly useful in both basic and applied genetic researches. In the last decades, the advent of DNA markers has brought about a magnificent revolution in the production of genetic map, especially in wheat. In the present study, AFLP markers were used to saturate linkage map of 107 doubled haploid individuals produced through Fukuho _Komugi × Oligo – Culm crosses received from Japan International Research Center of Agricultural Science (JIRCAS). The framework of genetic map was used as base map for next analysis. AFLP analysis was performed with MseI / PstI as digestive enzymes. The average percentage of polymorphism with AFLP markers was around 16.6%. Data analysis was performed by computer program known as Mapmaker / EXP, Ver. 3.3. In this program, the maximum distance criterion was 50 cM and the minimum LOD equated 3. The drawing of chromosome schema for the linkage groups was performed by Draw map, Ver 1.1. In this analysis, 115 AFLP markers were divided into 10 groups in addition, some of the markers remained unlinked. The supplementary data analysis along with specific SSR markers identified the chromosome loci of the markers. Ultimately, 71.1% of the markers were assigned to genome A, 16.5% to genome B and only 3% to genome D. The AFLP markers filled 11 gaps in 7 chromosomes (2A, 3A, 7A, 2B, 3B, 5B and 7B). The low coverage of genome D was due to the limited polymorphism and its conservation in different populations. Among the chromosomes, maximum number of markers (60) was assigned to the chromosome 7A. The distribution of the markers on this chromosome was not uniform. Such a distribution was related to the grouping AFLP markers within heterochromatin region, particularly around the centromere. Keywords: Wheat, Doubled haploid population, Linkage map, AFLP. Full-Text Type of Study: Research | Subject: Ggeneral Received: 2008/08/13 Related Websites Scientific Publications Commission - Health Ministry Scientific Publications Commission - Science Ministry Yektaweb Company Site Keywords ?????, Academic Journal, Scientific Article, ???? ????? ??, ???? ????? ??, ???? ????? ??, ???? ????? ??, ???? ????? ??, ???? ????? ??, ???? ?? Vote ? 2015 All Rights Reserved | JWSS - Isfahan University of Technology
机译:具有高基因组覆盖率的遗传图谱在基础和应用遗传学研究中正变得越来越有用。在过去的几十年中,DNA标记的出现带来了遗传图谱产生的巨大革命,尤其是在小麦中。在本研究中,AFLP标记用于饱和从日本国际农业科学研究中心(JIRCAS)获得的107个双倍单倍体个体(通过Fukuho _Komugi×Oligo – Culm杂交产生)的连锁图。遗传图谱的框架用作下一步分析的基础图谱。以MseI / PstI作为消化酶进行AFLP分析。具有AFLP标记的多态性的平均百分比约为16.6%。数据分析是通过称为Mapmaker / EXP,Ver。 3.3。在此程序中,最大距离标准为50 cM,最小LOD等于3。通过Draw map,Ver 1.1执行链接组的染色体模式绘制。在此分析中,将115个AFLP标记另外分为10组,其中一些标记保持未链接状态。补充数据分析与特定的SSR标记一起鉴定了标记的染色体基因座。最终,将71.1%的标记分配给基因组A,将16.5%分配给基因组B,仅将3%分配给基因组D。AFLP标记填补了7条染色体(2A,3A,7A,2B,3B,5B和7B)的11个空位。 。基因组D的覆盖率低是由于有限的多态性及其在不同种群中的保守性。在这些染色体中,最大数量的标记(60)被分配给7A染色体。标记在该染色体上的分布不均匀。这种分布与异染色质区域内,尤其是着丝粒周围的AFLP标记分组有关。关键字:小麦;单倍体数量增加一倍;连锁图; AFLP。全文研究类型:研究|主题:一般收稿时间:2008/08/13相关网站科学出版物委员会-卫生部科学出版物委员会-科学部Yektaweb公司网站关键字??????,Academic Journal,Scientific Article,???? ?????? ??,???? ?????? ??,???? ?????? ??,???? ?????? ??,???? ?????? ??,???? ?????? ??,???? ??投票吗? 2015版权所有| JWSS-伊斯法罕工业大学

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