The genome length measured in Morgan can be put in the following:
\[ m_{e.\text{IBS}}=\text{var}(\text{GRM}_{\text{sib}})=\frac{1}{16} \]
We can depict the distribution of IBS across all families and calculate the \(\frac{1}{\text{var}(\text{GRM}_{\text{sib}})}\)
We can separate the families based on the gender and depict the distribution of IBS across the whole genome:
Moreover, we can calculate different $$