 Year: 0000 Type: In-Process Literature: oryza Field: abstract Doc ID: pub00000000 Accession (PMID): 00000000 Matching Sentences: [ Sen. 00, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . [ Sen. 0, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . [ Sen. 0, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . [ Sen. 0, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . [ Sen. 0, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . [ Sen. 0, subscore: 0.00 ]: Twelve single segment substitution lines ( SSSLs ) in rice , which contain quantitative trait loci ( QTLs ) for tiller number detected previously , were used to study dynamic expression of the QTLs in this study . These SSSLs and their recipient , Hua-Jing-Xian 00 ( HJX00 ) , were used to produce 00 crossing combinations first , and then these combinations and their parents were grown in two planting seasons with three cropping densities . Tiller number was measured at seven developmental stages . QTL effects including main effects ( additive , dominance and epistasis ) , QTL x season and QTL x density interaction effects were analyzed at each measured stage . The additive , dominant and epistatic effects of the 00 QTLs as well as their interaction effects with the seasons and with the densities all display dynamic changes with the development . Eight QTLs are detected with significant additive effects and/or additive x season and/or additive x density interaction effects at least at one developmental stage , and all QTLs have significant dominant and epistatic effects and/or interaction effects involved in . For most of the QTLs dominant effects are much bigger than additive effects , showing overdominance . Each QTL interacts at least with eight other QTLs . Additive and dominant effects of these QTLs are mostly positive while epistatic effects are negative and minor . Most of the QTLs show significant interactions with planting seasons and cropping densities , but the additive effects of QTLs Tn0-0 and Tn0-0 , the dominant effects of QTL Tn0 and Tn0 , and the epistatic effects of 00 pairs of QTLs are stable across seasons and the dominant effect of QTL Tn0-0 and the epistatic effects of QTL pairs Tn0-0/Tn0-0 , Tn0-0/Tn0 and Tn0-0/Tn0-0 are nearly consistent across cropping densities . This paper is the first report of dynamics on dominances and epistasis of QTLs for tiller number in rice and provides abundant information , which is useful to improve rice tiller number via heterosis and/or QTL pyramiding . Supplemental links/files: reference in endnote online text related articles pubmed citation Score: 00.00 Author: 