Sentences with phrase «identify carriers of the gene»

Because the congenital cataract was found to be a simple autosomal recessive gene and could be identified so early in life, the Miniature Schnauzer people organized a way to identify carriers of the gene through test breedings.

The ability to identify carriers of the gene for PRA by a blood test will be a tremendous aid to dog breeders.

Not exact matches

As research advances, scientists hope to determine the precise location of a given gene so they can test entire populations to identify carriers of the disease gene.

Children, siblings or parents of mutation carriers have a 50 - 50 chance of also having the mutation, which can be identified with a gene test.

But the team cautions against screening for the gene and others like it to identify potentially violent and impulsive individuals, because only a fraction of carriers turn to violence.

Individual screening tests can already identify silent carriers of many single faulty recessive genes — the kind that, when inherited in double (one copy from each parent), can lead to conditions such as cystic fibrosis and Tay - Sachs disease.

Carrier testing of patient's partner for the specific gene / genetic condition identified to further clarify risk of having a child with the recessive disorder

Tests may be ordered specifically looking for carrier status, identifying people who carry one copy of a gene variant that can be passed on to a child.

In the 1980s, her research group identified genetic markers that allow prenatal diagnosis and carrier status determination of DMD, and mapped the gene coding for DMD to a specific location on the X chromosome.

Researchers have identified the gene mutation that causes NEwS, and a DNA test is now available that allows breeders to avoid producing affected puppies by never breeding two dogs to each other if they are both carriers of the abnormal gene.

When dealing with common breeds involving large, diverse gene pools, identified carriers can be eliminated with small risk of adversely narrowing the gene pool.

The test identifies dogs that are clear and have two normal copies of the gene, carriers who have one normal copy and one mutated copy, and those who are at much higher risk for developing DM because they have two mutated copies.

In breeds with small gene pools, as is the case with many pure breeds, elimination of identified carriers may not be the best strategy, as genetic diversity would become dangerously compromised.

It was stated, «A fallacious use of the closest common ancestor analysis is to identify the ancestor as a carrier of the defective gene.

A fallacious use of the closest common ancestor analysis is to identify the ancestor as a carrier of the defective gene.

The purpose of Dr. Gustavo Aguirre's research is to identify the gene and mutation responsible for inherited cataracts in Cocker Spaniels, and subsequently, to develop a genetic test that can identify genetically normal, affected, and carrier dogs.

The test clearly identifies dogs that are clear (have 2 normal copies of the gene), those who are carriers (have one normal copy of the gene and one mutated copy of the gene), and those who are at much higher risk for developing DM (have 2 mutated copies of the gene).