Additional file 1 of Identification of candidate genes and enriched biological functions for feed efficiency traits by integrating plasma metabolites and imputed whole genome sequence variants in beef cattle

Additional file 1: Table S1. Additive genetic variances and heritability estimates for 11 metabolites based on the imputed whole genome sequence (WGS) variants in a beef cattle multibreed population; Table S2. Uniquely common candidate genes for feed efficiency traits in a beef cattle multibreed population; Table S3. Enriched biological functions significantly associated with RFI in a beef cattle multibreed population; Table S4. Enriched biological functions significantly associated with DMI in a beef cattle multibreed population; Table S5. Enriched biological functions significantly associated with ADG in a beef cattle multibreed population; Table S6. Enriched biological functions significantly associated with MWT in a beef cattle multibreed population; Table S7. Uniquely common biological functions for feed efficiency traits in a beef cattle multibreed population; Table S8. The comparison of candidate genes between the current study and Zhang et al; Table S9. Genomic breed composition for animals; Table S10. Descriptive statistics of phenotypic data on feed efficiency traits and metabolites.

附加文件1：表S1：基于肉牛多品种群体中推算的全基因组序列（Whole Genome Sequence, WGS）变异，针对11种代谢物的加性遗传方差与遗传力估计值；表S2：肉牛多品种群体中与饲料效率性状相关的唯一共有候选基因；表S3：肉牛多品种群体中显著关联于剩余采食量（Residual Feed Intake, RFI）的富集生物学功能；表S4：肉牛多品种群体中显著关联于干物质采食量（Dry Matter Intake, DMI）的富集生物学功能；表S5：肉牛多品种群体中显著关联于平均日增重（Average Daily Gain, ADG）的富集生物学功能；表S6：肉牛多品种群体中显著关联于代谢体重（Metabolic Body Weight, MWT）的富集生物学功能；表S7：肉牛多品种群体中针对饲料效率性状的唯一共有富集生物学功能；表S8：本研究与Zhang等人研究的候选基因对比分析；表S9：受试个体的基因组品种构成；表S10：饲料效率性状与代谢物的表型数据描述性统计量