This paper reviews how mammalian genomes are utilized in modern genetics for the detection of genes and polymorphisms (mutations) within domesticated animal (mostly livestock) genomes that are related to traits of economic importance to humans. Examples are given of how genetic analysis allows to determine key genes associated with the quality and quantity of milk in cattle and key genes for meat production. Various questions are reviewed, such as how contemporary methods of genome sequencing allow to maximise the effective detection of coding and regulatory DNA polymorphisms within the genomes of major domesticated mammals (cattle, sheep and pigs) and the history of their formation from the standpoint of genetics
©Ivyspring International PublisherThe pig, a representative of the artiodactyla clade, is one of the...
[EN] Two scientific schools have been in coexistence from the beginning of genetics, one of them sea...
Sequencing the genome of the buffaloes enables scientists to more accurately identify the genetic ma...
Until now genome of six domestic/farm animal species have been sequenced: cattle, horse, chicken, do...
The document attached has been archived with permission from the Australian Association of Cattle Ve...
Domestication of wild animal and plant species may be considered the largest genetic experiment in h...
Domestic animals represent excellent model organisms for gene mapping and identification of mutation...
The analysis of mitochondrial and nuclear DNA sequence polymorphisms from modern cattle populations ...
Evolution has shaped the life forms for billion of years. Domestication is an accelerated process th...
Selection events, of both artificial (human-imposed) and natural origin, have left their mark on ani...
The science of genome research in livestock has been the focus of substantial worldwide efforts over...
Livestock genomics is aimed at dissecting the genetic control of variation in economically important...
One of the 'grand challenges' in modern biology is to understand the genetic basis of phenotypic div...
BackgroundThis paper describes genomics from two perspectives that are in use in animal breeding and...
The evolutionary basis of domestication has been a longstanding question and its genetic architectur...
©Ivyspring International PublisherThe pig, a representative of the artiodactyla clade, is one of the...
[EN] Two scientific schools have been in coexistence from the beginning of genetics, one of them sea...
Sequencing the genome of the buffaloes enables scientists to more accurately identify the genetic ma...
Until now genome of six domestic/farm animal species have been sequenced: cattle, horse, chicken, do...
The document attached has been archived with permission from the Australian Association of Cattle Ve...
Domestication of wild animal and plant species may be considered the largest genetic experiment in h...
Domestic animals represent excellent model organisms for gene mapping and identification of mutation...
The analysis of mitochondrial and nuclear DNA sequence polymorphisms from modern cattle populations ...
Evolution has shaped the life forms for billion of years. Domestication is an accelerated process th...
Selection events, of both artificial (human-imposed) and natural origin, have left their mark on ani...
The science of genome research in livestock has been the focus of substantial worldwide efforts over...
Livestock genomics is aimed at dissecting the genetic control of variation in economically important...
One of the 'grand challenges' in modern biology is to understand the genetic basis of phenotypic div...
BackgroundThis paper describes genomics from two perspectives that are in use in animal breeding and...
The evolutionary basis of domestication has been a longstanding question and its genetic architectur...
©Ivyspring International PublisherThe pig, a representative of the artiodactyla clade, is one of the...
[EN] Two scientific schools have been in coexistence from the beginning of genetics, one of them sea...
Sequencing the genome of the buffaloes enables scientists to more accurately identify the genetic ma...