Indonesia as an archipelagic country has a variety of local sheep. The most familiar Indonesian l... more Indonesia as an archipelagic country has a variety of local sheep. The most familiar Indonesian local sheep are Indonesian Fat Tail sheep (IFT), Indonesian Thin Tail sheep (ITT), and Garut sheep. However, there are not many of genetic studies to classify Indonesian local sheep. The genetic study is necessary in order to determine the identity, genetic relationship, and diversity over local sheep population. Furthermore, it can be used as the basis for management in livestock. Popular marker used to analyses the genetic relationship are mitochondrial DNA (mtDNA) and Y chromosome. The aim of this study is to determine phylogeny and origin of the maternal and paternal lineage in Garut sheep of fighting type (GAF), Garut sheep of mutton type (GAM), and Indonesian Fat Tail sheep (IFT). The high level of genetic diversity is found in analysis of the 427 bp of the mitochondrial DNA control region sequences from GAF, GAM, and IFT population. Whereas analysis of the 732 bp SRY gene sequences...
Indonesia as an archipelagic country has a variety of local sheep. The most familiar Indonesian l... more Indonesia as an archipelagic country has a variety of local sheep. The most familiar Indonesian local sheep are Indonesian Fat Tail sheep (IFT), Indonesian Thin Tail sheep (ITT), and Garut sheep. However, there are not many of genetic studies to classify Indonesian local sheep. The genetic study is necessary in order to determine the identity, genetic relationship, and diversity over local sheep population. Furthermore, it can be used as the basis for management in livestock. Popular marker used to analyses the genetic relationship are mitochondrial DNA (mtDNA) and Y chromosome. The aim of this study is to determine phylogeny and origin of the maternal and paternal lineage in Garut sheep of fighting type (GAF), Garut sheep of mutton type (GAM), and Indonesian Fat Tail sheep (IFT). The high level of genetic diversity is found in analysis of the 427 bp of the mitochondrial DNA control region sequences from GAF, GAM, and IFT population. Whereas analysis of the 732 bp SRY gene sequences...
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