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Age-based partitioning of individual genomic inbreeding levels in Belgian Blue cattle.

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Academic year: 2021

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Fig. 1  Partitioning of genome‑wide autozygosity for the 634 Belgian Blue sires using the BovineHD SNP panel
Fig. 2  Correlations between genomic inbreeding coefficients estimated with respect to different base populations (F G‑T ) and the inbreeding coef‑
Fig. 3  Estimation of inbreeding coefficients with respect to different base populations (the threshold T determines which HBD classes are included  in the estimation of F G‑T ) with a M ix 14R model in 11 cattle breeds of European origin using the BovineH
Figure  5a illustrates the identification of HBD segments  for one chromosome. It shows that (1) more segments  were identified at higher density, (2) HBD probabilities  were higher with denser maps, (3) the Viterbi algorithm  declared some SNP positions a
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