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Application of molecular techniques in animal breeding

100%

Stranzinger G.

Biotechnologia

1996

issue 2

20-30

The use of newly established molecular genetic information gained by RFLPs, mini-and microsatellities, sequencing datas and physical and genetic genemaps will have a significant influence on animal breeding strategies.Molecular pharming with farm animals is not considered as a part of animal breeding, since the aim of this production system is to concentrate on very specific products produced by very few animals under defined conditions.

1;25 centric fusion recognition in the cattle chromosome by fluorescence in situ hybridization

51%

Ladon D., Solinas-Toldo S., Fries R., Stranzinger G.

Journal of Applied Genetics

1996

vol. 37

issue 1

101-104

Fluorescence in situ hybridization (FISH) experiments with specific probes for chromosome 29 and 25 were carried out on a Brown Swiss bull, previously diagnosed as a carrier of 1;29 centric fusion.The hybridization of the chromosome 29-specific probe (BMC 4216-already located on 29q13), produced signals on two small acrocentrics, but not the translocated chromosome.The signals appeared on the translocated chromosome and on a single chromosome 25 after hybridization of the chromosome-specific probe (BMC 3224 -previously located on 25q24).According to the actual nomenclature, the analysed aberration is a robertsonian translocation involving chromosomes 1 and 25.

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1 Biotechnologia

1 Journal of Applied Genetics

2 1996

2 Stranzinger G.

1 Fries R.

1 Ladon D.

1 Solinas-Toldo S.

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Application of molecular techniques in animal breeding

1;25 centric fusion recognition in the cattle chromosome by fluorescence in situ hybridization