Additional file 1 of Identification of Heterotic Loci with Desirable Allelic Interaction to Increase Yield in Rice

Additional file 1 Table S1. Phenotypic performances of 12 traits among the parents, CSSLs, BC, and TC across two environments. Table S2. QTLs were detected for 12 traits in CSSLs across two-year trials. Table S3. Mid-parent heterotic loci (HLMP) were detected for 12 traits in BC across two environments. Table S4. Over-standard heterotic loci (HLOS) were detected for 12 traits in TC population across two environments. Table S5. The degree of dominance and mid-parent heterosis for spikelet number and grain yield in transgenic hybrids. Table S6 The degree of dominance and mid-parent heterosis for spikelet number and grain yield in 10 allelic combinations.

附加文件1 表S1：双亲、染色体片段替换系（Chromosome Segment Substitution Lines, CSSLs）、回交（Backcross, BC）与测交（Test Cross, TC）群体共12个性状在两种环境下的表型表现。
表S2：两年试验中在染色体片段替换系群体内检测到的12个性状的数量性状基因座（Quantitative Trait Loci, QTLs）。
表S3：两种环境下在回交群体中检测到的12个性状的中亲优势位点（Mid-parent heterotic loci, HLMP）。
表S4：两种环境下在测交（Test Cross, TC）群体中检测到的12个性状的超标优势位点（Over-standard heterotic loci, HLOS）。
表S5：转基因杂交种中穗粒数与籽粒产量的显性度及中亲优势。
表S6：10个等位基因组合中穗粒数与籽粒产量的显性度及中亲优势。