Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments
The genetic relationships between amylose content (AC) and appearance quality traits of indica rice (Oryza sativa L.) were investigated using conditional analysis and unconditional analysis in present experiment. The results from the unconditional analysis indicated that AC of rice positively correlated with brown rice (BR, i.e., dehulled but unmilled rice) length (BRL), width (BRW) and thickness (BRT), but was negatively correlated with the ratio of length to width (RLW). The conditional analysis showed that weight of brown rice (WBR) negatively affected the genetic relationships between AC and the appearance quality traits of rice except between AC and BRW, while the genetic relationships between AC and most appearance quality traits were negatively affected by protein content (PC). However, these influences were not apparent due to the impact of WBR or PC on the most covariance components of the different genetic systems between AC and the appearance quality traits. The conditional analysis showed that it was possible to improve AC while significantly reduce BRL and BRT under maintaining WBR. Furthermore, AC could be improved when BRL was reduced under maintaining PC, but BRW and BRT could be significantly increased.
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Sociedade Brasileira de Genética
2008
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oai:scielo:S1415-475720080004000182008-08-18Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environmentsGe,Guo-KeShi,Chun-HaiWu,Jian-GuoYe,Zi-Hong amylose content genetic relationships conditional and unconditional analysis indica rice quality traits The genetic relationships between amylose content (AC) and appearance quality traits of indica rice (Oryza sativa L.) were investigated using conditional analysis and unconditional analysis in present experiment. The results from the unconditional analysis indicated that AC of rice positively correlated with brown rice (BR, i.e., dehulled but unmilled rice) length (BRL), width (BRW) and thickness (BRT), but was negatively correlated with the ratio of length to width (RLW). The conditional analysis showed that weight of brown rice (WBR) negatively affected the genetic relationships between AC and the appearance quality traits of rice except between AC and BRW, while the genetic relationships between AC and most appearance quality traits were negatively affected by protein content (PC). However, these influences were not apparent due to the impact of WBR or PC on the most covariance components of the different genetic systems between AC and the appearance quality traits. The conditional analysis showed that it was possible to improve AC while significantly reduce BRL and BRT under maintaining WBR. Furthermore, AC could be improved when BRL was reduced under maintaining PC, but BRW and BRT could be significantly increased.info:eu-repo/semantics/openAccessSociedade Brasileira de GenéticaGenetics and Molecular Biology v.31 n.3 20082008-01-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S1415-47572008000400018en10.1590/S1415-47572008000400018 |
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Ge,Guo-Ke Shi,Chun-Hai Wu,Jian-Guo Ye,Zi-Hong |
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Ge,Guo-Ke Shi,Chun-Hai Wu,Jian-Guo Ye,Zi-Hong Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
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Ge,Guo-Ke Shi,Chun-Hai Wu,Jian-Guo Ye,Zi-Hong |
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Ge,Guo-Ke |
title |
Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
title_short |
Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
title_full |
Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
title_fullStr |
Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
title_full_unstemmed |
Analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
title_sort |
analysis of the genetic relationships from different genetic systems between the amylose content and the appearance quality of indica rice across environments |
description |
The genetic relationships between amylose content (AC) and appearance quality traits of indica rice (Oryza sativa L.) were investigated using conditional analysis and unconditional analysis in present experiment. The results from the unconditional analysis indicated that AC of rice positively correlated with brown rice (BR, i.e., dehulled but unmilled rice) length (BRL), width (BRW) and thickness (BRT), but was negatively correlated with the ratio of length to width (RLW). The conditional analysis showed that weight of brown rice (WBR) negatively affected the genetic relationships between AC and the appearance quality traits of rice except between AC and BRW, while the genetic relationships between AC and most appearance quality traits were negatively affected by protein content (PC). However, these influences were not apparent due to the impact of WBR or PC on the most covariance components of the different genetic systems between AC and the appearance quality traits. The conditional analysis showed that it was possible to improve AC while significantly reduce BRL and BRT under maintaining WBR. Furthermore, AC could be improved when BRL was reduced under maintaining PC, but BRW and BRT could be significantly increased. |
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Sociedade Brasileira de Genética |
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2008 |
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http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1415-47572008000400018 |
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AT geguoke analysisofthegeneticrelationshipsfromdifferentgeneticsystemsbetweentheamylosecontentandtheappearancequalityofindicariceacrossenvironments AT shichunhai analysisofthegeneticrelationshipsfromdifferentgeneticsystemsbetweentheamylosecontentandtheappearancequalityofindicariceacrossenvironments AT wujianguo analysisofthegeneticrelationshipsfromdifferentgeneticsystemsbetweentheamylosecontentandtheappearancequalityofindicariceacrossenvironments AT yezihong analysisofthegeneticrelationshipsfromdifferentgeneticsystemsbetweentheamylosecontentandtheappearancequalityofindicariceacrossenvironments |
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