Archive | DNA

Applications of PCR | Genetics

In this article we will discuss about the applications of PCR. i. Detection of mutations: PCR is useful for detection of mutations related to genetic disease including point mutations, insertions and deletions. A notable example is that of the human dystrophin gene associated with Duchenne muscular dystrophy. The large-sized dystrophin gene consists of about two million base pairs located on [...]

By |2016-12-12T07:24:33+00:00December 12, 2016|Recombinant DNA Technology|Comments Off on Applications of PCR | Genetics

Use of Embryonal Stem Cells (ES Cells) | Genetics

Cloned genes can be introduced into knockout mice by means of embryonal stem cells (ES cells). Embryonal cells have attracted tremendous attention in recent years, hence a brief introduction on ES cells is warranted. The concept of ES cells arose through studies on mouse and human teratocarcinomas. These tumours were found to contain cells, called embryonal carcinoma cells, the stem [...]

By |2016-12-12T07:24:33+00:00December 12, 2016|Recombinant DNA Technology|Comments Off on Use of Embryonal Stem Cells (ES Cells) | Genetics

DNA Polymorphisms: Meaning and Classes | Genetics

In this article we will discuss about the meaning an classes of DNA polymorphisms. Meaning of DNA Polymorphisms: Different alleles of a gene produce different phenotypes which can be detected by making crosses between parents with different alleles of two or more genes. Then by determining recombinants in the progeny, a genetic map can be deduced. These are low resolution [...]

By |2016-12-12T07:24:32+00:00December 12, 2016|Recombinant DNA Technology|Comments Off on DNA Polymorphisms: Meaning and Classes | Genetics
Go to Top