Recent Advances
The Major Histocompatibility Complex is a region of the genome that is being studied by researchers in the field. Scientists have found that genes that code for the major histocompatibility complex have an effect on the ability of certain species (such as Batrachochytrium dendrobatidis) to resist certain infections because the MHC has a mediating effect on the interaction between the body’s immune cells with other body cells. Measuring polymorphism at these genes can give an indirect measure of the immunological fitness of populations. It is suggested that captive breeding programs that place emphasis on selectively breeding those organisms that carry the disease resistant gene, can help in reintroducing endangered species with a better chance in the wild.
There have also been recent advances in captive breeding programs with the use of induced pluripotent stem cell (iPSC) technology. This technology has been tested on several endangered species using human vectors. Scientists hope the stem cells could be used to be converted into germ cells in captive breeding programs to help diversify the gene pools of threatened species. Healthy mice have been born with this technology. It is suggested that induced pluripotent stem cells may one day be used in producing therapeutic solutions for captive animals suffering from diseases and increasing the size of endangered animal populations.
Read more about this topic: Captive Breeding
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