. . "5"^^ . "Panel 17 mikrosatelitn\u00EDch DNA marker\u016F byl vyu\u017Eit pro stanoven\u00ED genetick\u00E9 diverzity populace starokladrubsk\u00FDch kon\u00ED v \u010Cesk\u00E9 Republice. Analyzov\u00E1no bylo 153 zv\u00ED\u0159at."@cs . . . "Vrtkov\u00E1, Irena" . "Genetick\u00E1 diverzita u starokladrubsk\u00FDch kon\u00ED s vyu\u017Eit\u00EDm mikrosatelitn\u00EDch DNA marker\u016F"@cs . . . "Genetick\u00E1 diverzita u starokladrubsk\u00FDch kon\u00ED s vyu\u017Eit\u00EDm mikrosatelitn\u00EDch DNA marker\u016F"@cs . "microsatellite; genetic diversity; horse"@en . . "4"^^ . "Dvo\u0159\u00E1k, Josef" . . "Genetic diversity in the genetic resource of Old Kladruber Horse using microsatellite DNA markers"@en . "[05865762AE2F]" . "423124" . "\u0158\u00EDha, Jan" . . "RIV/62156489:43210/07:00121241!RIV08-MZE-43210___" . . . "The Old Kladruber horse is the most important genetic resource in the Czech Republic. Seventeen microsatellites were genotyped in this breed using a panel of microsatellites recommended for routine parentage testing by the ISAG Equine Genetics Standing Committee. The analysis of all loci in the population (n=153) revealed 105 alleles. The mean number of alleles per locus was 6.18, ranging from 4 (HTG7) to 10 (ASB17). Allele frequencies for the most frequently allele were as follows: AHT4 (H=0.37), HMS7 (O=0.31), HTG4 (M=0.27), VHL20 (Q=0.38), AHT5 (N=0.47), ASB2 (M=0.35), ASB23 (J=0.30), HMS6 (L=0.47), HTG6 (O=0.59), ASB17 (R=0.44), CA425 (N=0.58), HMS1 (M=0.60), LEX3 (L=0.61), HMS2 (K=0.46), HMS3 (P=0.45), HTG10 (O=0.48), HTG7 (O=0.87). The highest heterozygosity (above 70%) was observed for HTG4 (78.47), ASB2 (77.95), VHL20 (77.77), ASB23 (77.05), HMS7 (76.93) and AHT4 (71.68). The lowest heterozygosity (below 50%) was found for HTG7 (22.47). The value of inbreeding coefficient was zero. In the Hard" . . . "Ho\u0159\u00EDn, P." . . "P(1G58073)" . "The Old Kladruber horse is the most important genetic resource in the Czech Republic. Seventeen microsatellites were genotyped in this breed using a panel of microsatellites recommended for routine parentage testing by the ISAG Equine Genetics Standing Committee. The analysis of all loci in the population (n=153) revealed 105 alleles. The mean number of alleles per locus was 6.18, ranging from 4 (HTG7) to 10 (ASB17). Allele frequencies for the most frequently allele were as follows: AHT4 (H=0.37), HMS7 (O=0.31), HTG4 (M=0.27), VHL20 (Q=0.38), AHT5 (N=0.47), ASB2 (M=0.35), ASB23 (J=0.30), HMS6 (L=0.47), HTG6 (O=0.59), ASB17 (R=0.44), CA425 (N=0.58), HMS1 (M=0.60), LEX3 (L=0.61), HMS2 (K=0.46), HMS3 (P=0.45), HTG10 (O=0.48), HTG7 (O=0.87). The highest heterozygosity (above 70%) was observed for HTG4 (78.47), ASB2 (77.95), VHL20 (77.77), ASB23 (77.05), HMS7 (76.93) and AHT4 (71.68). The lowest heterozygosity (below 50%) was found for HTG7 (22.47). The value of inbreeding coefficient was zero. In the Hard"@en . . "Putnov\u00E1, Lenka" . "Genetic diversity in the genetic resource of Old Kladruber Horse using microsatellite DNA markers" . . . "RIV/62156489:43210/07:00121241" . "Genetic diversity in the genetic resource of Old Kladruber Horse using microsatellite DNA markers"@en . . "43210" . "Genetic diversity in the genetic resource of Old Kladruber Horse using microsatellite DNA markers" .