Background: Offspring of consanguineous couples are at increased risk of congenital disorders. The risk increases as parents are more closely related. Individuals that have the same degree of relatedness according to their pedigree, show variable genomic kinship coefficients. To investigate whether we can differentiate between couples with high-and low risk for offspring with congenital disorders, we have compared the genomic kinship coefficient of consanguineous parents with a child affected with an autosomal recessive disorder with that of consanguineous parents with only healthy children, corrected for the degree of pedigree relatedness
Background: Consanguineous marriage is strongly favored in many regions of the world, despite the pr...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
BACKGROUND: Consanguinity is defined as the marriage between close relatives. The deleterious effe...
Background Offspring of consanguineous couples are at increased risk of congenital disorders. The ri...
Background: Offspring of consanguineous couples are at increased risk of congenital disorders. The r...
Background: The offspring of consanguineous relations have an increased risk of congenital/genetic d...
The concept of kinship permeates many domains of fundamental and applied biology ranging from social...
AbstractConsanguineous marriages have been practiced since the early existence of modern humans. Unt...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Approximately 1.1 billion people currently live in countries where consanguineous marriages are cust...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Background: Autosomal and Y chromosome short tandem repeats (STRs) and mitochondrial DNA polymorphis...
Approximately 1.1 billion people currently live in countries where consanguineous marriages are cust...
Background: Consanguineous marriage is strongly favored in many regions of the world, despite the pr...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
BACKGROUND: Consanguinity is defined as the marriage between close relatives. The deleterious effe...
Background Offspring of consanguineous couples are at increased risk of congenital disorders. The ri...
Background: Offspring of consanguineous couples are at increased risk of congenital disorders. The r...
Background: The offspring of consanguineous relations have an increased risk of congenital/genetic d...
The concept of kinship permeates many domains of fundamental and applied biology ranging from social...
AbstractConsanguineous marriages have been practiced since the early existence of modern humans. Unt...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Individuals born of consanguineous union have segments of their genomes that are homozygous as a res...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Approximately 1.1 billion people currently live in countries where consanguineous marriages are cust...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
Background: Autosomal and Y chromosome short tandem repeats (STRs) and mitochondrial DNA polymorphis...
Approximately 1.1 billion people currently live in countries where consanguineous marriages are cust...
Background: Consanguineous marriage is strongly favored in many regions of the world, despite the pr...
Kinship analyses are important pillars of ecological and conservation genetic studies with potential...
BACKGROUND: Consanguinity is defined as the marriage between close relatives. The deleterious effe...