For many hundreds of years cattle with the greatest resistance to disease have probably survived to leave more offspring in succeeding generations than those less resistant to disease. Resistance to disease also may have increased indirectly through a favorable association with other characteristics, such as growth rate or milk yield, which have received major emphasis in genetic improvement programs in cattle. However, except for some selection against mastitis in dairy cattle, genetic resistance to disease has not received direct emphasis in genetic improvement programs. Greater understanding of biological mechanisms involved in disease resistance could lead to more effective selection of breeding stock
Selection alters the frequency of genes in a population (breed) affecting a particular characteristi...
AbstractThis paper considers the application of genetic and genomic techniques to disease resistance...
The objective of this study is to better understand the genetic component to bovine respiratory dise...
For many hundreds of years cattle with the greatest resistance to disease have probably survived to ...
peer-reviewedThere have been considerable recent advancements in animal breeding and genetics releva...
Efficiency of animal production could be increased by reducing losses due to diseases. Therefore, di...
It is clear that we are just at the beginning of understanding the contribution of genetics and gen...
Bovine Respiratory Disease (BRD) is the costliest disease facing the cattle industry. Therefore, the...
In Iowa, dairy cattle are most commonly raised on land having rolling topography. Because the nitrog...
peer-reviewedGenetics is responsible for approximately half the observed change in performance inter...
Bovine mastitis remains the most costly disease in dairy cattle. Breeding for resistance to udder pa...
The objective of this study was to model genetic selection for Johne’s disease resistance and to stu...
Genetic variability of mastitis resistance is well established in dairy cattle. Many studies focuse...
A major part of animal husbandry is keeping animals healthy and disease-free. With respect to infect...
The main aim is to summarize and describe the possibilities of improving genetic resistance of cattl...
Selection alters the frequency of genes in a population (breed) affecting a particular characteristi...
AbstractThis paper considers the application of genetic and genomic techniques to disease resistance...
The objective of this study is to better understand the genetic component to bovine respiratory dise...
For many hundreds of years cattle with the greatest resistance to disease have probably survived to ...
peer-reviewedThere have been considerable recent advancements in animal breeding and genetics releva...
Efficiency of animal production could be increased by reducing losses due to diseases. Therefore, di...
It is clear that we are just at the beginning of understanding the contribution of genetics and gen...
Bovine Respiratory Disease (BRD) is the costliest disease facing the cattle industry. Therefore, the...
In Iowa, dairy cattle are most commonly raised on land having rolling topography. Because the nitrog...
peer-reviewedGenetics is responsible for approximately half the observed change in performance inter...
Bovine mastitis remains the most costly disease in dairy cattle. Breeding for resistance to udder pa...
The objective of this study was to model genetic selection for Johne’s disease resistance and to stu...
Genetic variability of mastitis resistance is well established in dairy cattle. Many studies focuse...
A major part of animal husbandry is keeping animals healthy and disease-free. With respect to infect...
The main aim is to summarize and describe the possibilities of improving genetic resistance of cattl...
Selection alters the frequency of genes in a population (breed) affecting a particular characteristi...
AbstractThis paper considers the application of genetic and genomic techniques to disease resistance...
The objective of this study is to better understand the genetic component to bovine respiratory dise...