The cloning technology has gone through three stages of development: the first period is the cloning of microorganisms, that is, a bacterium quickly replicates thousands of bacteria and it becomes a bacterial group; the second period is a creature. Technical cloning, such as genetics - DNA cloning; the third period is animal cloning, that is, a cell is cloned into an animal. The cloned sheep "Dolly" was cloned from the somatic cells of an ewes using animal cloning techniques.
In the horticulture and animal husbandry, cloning technology is the ideal means of breeding genetically stable varieties, through which high quality fruit trees and improved livestock can be cultivated. In the medical field, the United States, Switzerland and other countries have been able to use the "cloning" technology to cultivate human skin for skin grafting. This new achievement avoids the possible rejection of allogeneic planting and brings the gospel to the patient. According to a report by China Xinhua News Agency on April 4, 1997, Cao Yilin, an expert in plastic surgery at the Ninth Staff Hospital of Shanghai, used the method of in vitro cell propagation for the first time in the world to successfully replicate the human ear on white rats, repairing the missing organs of the human body. Rebuilding brings hope.
Cloning technology can also be used to multiply many valuable genes, such as insulin for the treatment of diabetes, growth hormones that hope to re-grow people with dwarfism, and interferons that are resistant to many diseases. Cloning is a major technological breakthrough in human biology, reflecting advances in nuclear differentiation technology, cell culture and control technology. Originally a transliteration of English clone, meaning a population of identical descendants of the genotype formed by the asexual reproduction of the organism by the organism, referred to as "asexual reproduction". A major breakthrough in animal cloning technology has also brought about widespread controversy.
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