Description
| - V české populaci skotu byl proveden screening CVM, BLAD, DUMPS, bovinní citrulinémie, glycogen storage disease V a Robertsonovy translokace. Mezi 406 býky holštýnského a 146 býky českého strakatého skotu, kteří byli zařazeni do umělé inseminace v letech 2003-2005, nebyl nalezen žádný heterozygot pro DUMPS, BLAD ani bovinní citrulinémii. Heterozygoti nebyli zjištěni ani mezi plemennými býky masných plemen charolais, limousin, masný simentál, plavé akvitánské, belgické modré, aberdeen angus a hereford. Ze 111 analyzovaných elitních holštýnských plemenic bylo 21 (18,9%) heterozygotních v CVM, byly však homozygotně dominantní pro BLAD, DUMPS i bovinní citrulinémii. Zástupci plemen charolais (n = 30), české strakaté (n = 53) a plemenní býci (limousin, masný simentál, plavé akvitánské, belgické modré, aberdeen angus) byli analyzováni v genu pro myofosforylázu, který je zodpovědný za vznik glycogen storage disease V. V tomto vzorku nebyl detekován žádný heterozygotní nositel uvedené choroby. Výskyt Ro (cs)
- A screening was carried out for CVM, BLAD, DUMPS, bovine citrullinaemia, glycogen storage disease V, and Robertsonian translocations in the cattle population of the Czech Republic. In 406 Holstein sires and 146 Czech Spotted (Czech Simmental) sires entering the AI programme in the Czech Republic from 2003-2005, no heterozygous sire for DUMPS, bovine citrullinaemia and BLAD was found. The heterozygote was not found also in the beef sires of Charolais, Limousine, Beef Simmental, Blonde d´Aquitaine, Belgian Blue, Aberdeen-Angus, and Hereford breeds. In 111 elite Holstein females, 21 (18.9%) were heterozygotes for CVM, and were dominant homozygotes for BLAD, DUMPS and bovine citrullinaemia. In the myophosphorylase gene responsible for the glycogen storage disease V, in the Charolais (n=30), Czech Spotted (n=53), and Belgian Blue, Limousine, Blonde d´Aquitaine, Aberdeen Angus, and Beef Simmental sires analysed, the heterozygote was not found. Robertsonian translocations were examined in 767 Holste
- A screening was carried out for CVM, BLAD, DUMPS, bovine citrullinaemia, glycogen storage disease V, and Robertsonian translocations in the cattle population of the Czech Republic. In 406 Holstein sires and 146 Czech Spotted (Czech Simmental) sires entering the AI programme in the Czech Republic from 2003-2005, no heterozygous sire for DUMPS, bovine citrullinaemia and BLAD was found. The heterozygote was not found also in the beef sires of Charolais, Limousine, Beef Simmental, Blonde d´Aquitaine, Belgian Blue, Aberdeen-Angus, and Hereford breeds. In 111 elite Holstein females, 21 (18.9%) were heterozygotes for CVM, and were dominant homozygotes for BLAD, DUMPS and bovine citrullinaemia. In the myophosphorylase gene responsible for the glycogen storage disease V, in the Charolais (n=30), Czech Spotted (n=53), and Belgian Blue, Limousine, Blonde d´Aquitaine, Aberdeen Angus, and Beef Simmental sires analysed, the heterozygote was not found. Robertsonian translocations were examined in 767 Holste (en)
|