More than 1,000 genes responsible for inherited diseases have been isolated and analyzed. The location and structure of defective genes have been identified in comparison to healthy genes, thus laying the foundation for the development of laboratory tests to detect the habitat and cause of many inherited diseases.
Through an overview of the behavior of traits in a family, the appearance of any genetic disease in the family of both spouses and the drawing of the family tree, it is possible to find out how and the nature of inheritance of any genetic trait or any genetic disease.
In prenatal diagnosis, the diseased genes were isolated by obtaining the amniotic fluid sample or chorion from the chorion, from which the embryo was extracted from the embryo, and the test was performed to isolate the diseased gene.
The DNA technology, for its part, has provided an effective tool - genetic sensors, short sequences of DNA, identifying specific genes, and recognizing the changes or mutation that led to the disease.
If the gene associated with a particular genetic disease is identified, the mutation can be directly determined by inserting, removing, copying, or rearranging the gene.
The gene can be easily copied if it is possible to identify a protein with a natural gene.
Through an overview of the behavior of traits in a family, the appearance of any genetic disease in the family of both spouses and the drawing of the family tree, it is possible to find out how and the nature of inheritance of any genetic trait or any genetic disease.
In prenatal diagnosis, the diseased genes were isolated by obtaining the amniotic fluid sample or chorion from the chorion, from which the embryo was extracted from the embryo, and the test was performed to isolate the diseased gene.
The DNA technology, for its part, has provided an effective tool - genetic sensors, short sequences of DNA, identifying specific genes, and recognizing the changes or mutation that led to the disease.
If the gene associated with a particular genetic disease is identified, the mutation can be directly determined by inserting, removing, copying, or rearranging the gene.
The gene can be easily copied if it is possible to identify a protein with a natural gene.
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Genetic Engineering