Cloning
The first thing that must be cleared up is what is , and what is a clone. A clone is an organism derived asexually from a single individual by cuttings, bulbs, tubers, fission, or parthenogenesis reproduction ("", 1997). Pathogenesis reproduction is the development of an organism from an unfertilized ovum, seed or spore ("Pathogenesis", 1997). So , biologically speaking, is any process in which production of a clone is successful. Therefore, the biological term is the production of a genetically identical duplicate of an organism.
However, people can use the word to intend other meanings. For instance, we generalize many older and new techniques as . This is not a good practice because ...
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Astonishingly, more clones are present in the world than one would think.
In nature, and even in the lives of humans, clones are present. As stated earlier, a clone is an organism that has the same genetic information as another organism. From this we can say that occurs with all plants, some insects, algae, unicellular organisms that conduct mitosis or binary fission, and occasionally by all multi-cellular organisms, including humans. Monozygotic twins, or identical twins, are clones of each other. They have the same exact genetic information due to the division of an embryo early in development, which produces two identical embryos. About eight million identical twins are alive in the world; thus, already eight million human clones inhabit the world. Today, the only research is occurring in scientific model organisms. These are organisms that research scientists from around the globe have collected abundant amounts of data.
All this data is necessary so that advancements ...
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the embryo tests negative for genetic disorders, then the fertility clinic implants a clone of that embryo. This should guarantee that the child would not have any genetic disorders. (Benoit 2) Amazingly, the first attempts at artificial were as early as the beginning of this century.
Adolph Eduard Driesch allowed the eggs of a sea urchin develop into the two-blastomere stage. Then he separated it by shaking it in a flask and allowing them to grow. The cells developed into dwarf sea urchins. Driesch could not explain his experiments and gave up embryology for philosophy (McKinnel 19). During the late seventies and early eighties, there were few scientists still studying . Many had ...
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Cloning. (2004, September 20). Retrieved December 23, 2024, from http://www.essayworld.com/essays/Cloning/14658
"Cloning." Essayworld.com. Essayworld.com, 20 Sep. 2004. Web. 23 Dec. 2024. <http://www.essayworld.com/essays/Cloning/14658>
"Cloning." Essayworld.com. September 20, 2004. Accessed December 23, 2024. http://www.essayworld.com/essays/Cloning/14658.
"Cloning." Essayworld.com. September 20, 2004. Accessed December 23, 2024. http://www.essayworld.com/essays/Cloning/14658.
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