Figure 5.

(A–H) The 3- to 8-LOD EQF architectures of the second chromosome and the ${\gamma }_{n,0.05}$ EQF thresholds at GWER of 5% for the yeast dataset. The left axis denotes the values of EQF, and the right axis denotes the values of n. (A–F) The peak at the bin [2,224] is significant as a hotspot under the ${\gamma }_{\mathrm{1,0.05}}\left(3\right)=152.75, \mathrm{ }{\gamma }_{\mathrm{1,0.05}}\left(4\right)=111.08, {\gamma }_{\mathrm{1,0.05}}\left(5\right)=68.92,\mathrm{ }{ \gamma }_{\mathrm{3,0.05}}\left(6\right)=38.66, \mathrm{ }{\gamma }_{\mathrm{8,0.05}}\left(7\right)=16.70$, and ${\gamma }_{\mathrm{13,0.05}}\left(8\right)=8.29$ thresholds in the 3- to 8-LOD EQF architectures. For (A)–(F), the number in the bracket is the number of detected hotspots. (G) The distribution of LOD scores >3 for the QTL at the bin [2,224]. (H) The top ${\gamma }_{n,0.05}$ profile shows that the values of n are 1, 1, 1, 3, 8, and 13, showing an increasing pattern, across the 3- to 8-LOD EQF architectures. For (G) and (H), the number in the bracket is the EQF value of the bin.