Second, therapeutic cloning and reproductive cloning use different methods. Therapeutic Cloning is similar to the normal process of reproduction, but it is interrupted before the end. According to Robinson this process involves removing the DNA from an embryo and replacing it with the DNA from a cell removed from an individual. The resultant embryo would be allowed to grow for perhaps 14 days. Stem cells would then be extracted and encouraged to grow into a piece of human tissue or a complete human organ for transplant. The end result would not be a human being; it would be a replacement organ, or piece of nerve tissue, or quantity of skin (2000). According to human reproductive cloning, Reproductive cloning, in contrast, is similar to the normal process of reproduction also, but it arrives to the end of the process and consists of DNA being taken from a normal body cell, for example a skin cell, of the person who will be cloned. That DNA would be inserted into the nucleus of a human egg that has had its nuclear genetic material removed. The egg would then reprogram the newly-added genes to begin the process of developing a human embryo. The baby that results would be, in effect, a later-born identical twin of the human who was cloned (2001). The methods used in therapeutic cloning and reproductive cloning are different as for the utilization of the resultant cell which can be rejected (therapeutic cloning) or established (reproductive cloning).

ples who have problems of infertility. The distinction between therapeutic cloning and reproductive cloning is crucial because they are two methods used in

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