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In this study, we report the novel, complete mitochondrial genomes of two dwarf African antelope species:  Raphicerus melanotis  (Cape grysbok) and  R. sharpei  (Sharpe’s grysbok). The circular mitogenomes were 16,384 and 16,392 base pairs in length, respectively, and each contained the expected 37 genes typically found in mammalian mitogenomes. The maximum-likelihood phylogenetic analysis placed  R. sharpei  as the sister lineage to  R. campestris , known as steenbok, which is the only other member of the  Raphicerus  genus, with 83% bootstrap support, to the exclusion of  R. melanotis  (100% bootstrap support). This corroborated previous findings based on the cytochrome  b  gene only. The number of base differences per site between the coding regions of the mitogenomes of  R. sharpei  and  R. campestris  was 0.0519, while it was 0.0701 between  R. sharpei  and  R. melanotis  and 0.0709 between  R. melanotis  and  R. campestris . The novel grysbok mitogenomes will be valuable resources in future phylogenetic analyses, and phylogeographic and conservation genetics studies.

mitochondrial dna part b

The complete mitogenomes of the two grysbok species:  Raphicerus melanotis  Thunberg 1811 (Cape grysbok) and  Raphicerus sharpei  Thomas 1897 (Sharpe’s grysbok)