Use of RAPD-PCR-analysis of cellular DNA for the evaluation of genetic polymorphism and subspecies diagnostics of the Far Eastern leopard Panthera pardus orientalis]

Genetic polymorphism in the Far-Eastern leopard subspecies Panthera pardus orientalis was examined by RAPD-PCR analysis of total cellular DNA. Primers diagnostic for the leopard subspecies were detected. These primers can be used for differentiating wild-living animals from those kept in captivity and distinguishing different breeding lines. Genetic diversity was shown to be lower in animals from the zoo (D = 0.058) and higher in a natural population (D = 0.137). Two lines of the Persian subspecies were genetically closest (D = 0.042), and the Persian and Far-Eastern subspecies represented by wild animals, genetically most remote (D = 0.274). The level of genetic divergence of the Persian subspecies and Far-Eastern subspecies (zoo animals) was lower (D = 0.108) than between representatives of the Persian subspecies from the captive and natural population (D = 0.220). On the basis of analysis of relatedness, performed using NTSYS and PHYLIP software packages, the possibility cannot be excluded that some P. p. orientalis animals from the zoo have a hybrid origin and may be assigned to another Far-Eastern subspecies.     

Genetic Homogeneity of the Black-Billed Capercaillie Subspecies Tetrao parvirostris parvirostris Bonaparte, 1856 and T. p. kamtschaticus Kittlitz, 1858 (Tetraonidae,Aves) Based on the Mitochondrial and Nuclear DNA Data

Russian Journal of Genetics - Sequencing the complete mitochondrial genome of four individuals of two subspecies of black-billed capercaillie Tetrao parvirostris parvirostris (mainland population)...