Transgenic Animals Applications And Examples
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Chapters three and four examine the ethical and legal issues that stem from this controversial topic.
Transgenic animals applications and examples. Transgenic chickens are now able to synthesize human proteins in the white of their eggs. The following points highlight the three important examples of transgenic animal. As of 2004 there were five thousand known genetic diseases, and the potential to treat these diseases using transgenic animals is, perhaps, one of the most promising applications of transgenes.
A transgenic animal is one that carries a foreign gene that has been deliberately inserted into its genome. Identification of the transgenic individuals if the genes are expressed properly in the transgenic individuals. There is a potential to use human gene therapy to replace a mutated gene with an unmutated copy of a transgene in order to treat the genetic disorder.
Plants are really different from animals, but not in the way you may think. Some important examples of transgenic animals are as follows: Transgenic animals, i.e., engineered to carry genes from other species, have the potential to improve human welfare,although there are many ethical issues surrounding transgenesis, this presentation focuses on its applications in agriculture, medicine, and industry.
This report aims to provide the information on transgenic animals that is needed for readers to draw their own conclusions on this topic. Transgenesis is the process by which mixing up of genes takes place. Following are the examples of transgenic animals:
Chapter two describes the applications of transgenic technology. Transgenic animal models of human disease can be useful for preclinical drug testing. The term genetic engineering is used to describe the process
In the interest of educating the public about transgenic animals and determining their effect on society, the methods of creating transgenic animals is discussed. This section on transgenic mice was jointly written by lara marks and dmitriy myelnikov. Animals engineered to be susceptible to human viruses, by introduction of viral receptors or other host range determinants, can also be used for testing human vaccines.