Characterization of microsatellite loci in the black rhinoceros (: their use for cross-species amplification and differentiation between the two speciesDiceros bicornis: their use for cross-species amplification and differentiation between the two species) and white rhinoceros (: their use for cross-species amplification and differentiation between the two speciesCeratotherium simum: their use for cross-species amplification and differentiation between the two species): their use for cross-species amplification and differentiation between the two species

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Abstract

As the population sizes of the black and white rhinoceroses continues to decline, more efforts are needed in multiple areas to help with the conservation efforts. One area being explored is the use of genetic diversity information to aid conservation decisions. In this study, we designed 21 microsatellite primers for white and black rhinoceroses, 16 and 17 of which amplified bands in the white and black rhinoceros, respectively. Out of these primers all 16 were polymorphic in the white rhinoceros and 12 of the 17 were polymorphic in the black rhinoceros. The mean number of alleles was 3.31 and 2.12, the expected heterozygosities were 0.420 and 0.372, and the observed heterozygosities were 0.436 and 0.322 for the white and black rhinoceroses, respectively. Seven of the primers produced different allele sizes and variations that distinguished between black and white rhinoceroses. Further genetic analyses with larger wild population sample sizes and markers are recommended to obtain a better understanding of the genetic structure of the black and white rhinoceros populations in order to be useful in the conservation efforts of these critically endangered species.

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