Arguments for the use of research cloning.

Therapeutic cloning is not nearly as complicated as some people make it out to be. According to Kevin Bonsor and Cristen Conger on the How Stuff Works website, which is a Discovery Channel company, therapeutic cloning involves a serious of steps. DNA is extracted from a sick person.

Therapeutic cloning is one of the most divisive topics in modern biology. To some, it promises a future in which damaged and diseased tissues and organs will be replaced without worrying about.

Therapeutic cloning offers a possible cure for many mortal diseases. The opposition argues that therapeutic cloning cause exploitation of women. In order to extract the eggs required for therapeutic cloning numerous drugs and hormonal treatments need to be administer to the donor.

Therapeutic Cloning Therapeutic cloning, also called, embryo cloning, is the production of human embryos for use in research. The goal of this process is not to create cloned human beings, but rather to harvest stem cells that can be used to study human development and to treat disease.

Therapeutic cloning uses a process called somatic cell nuclear transplant, where genetic material from one cell is placed into the nucleus of an egg to create an embryo with stem cells which produce an exact genetic match as the patient.

Research cloning presents a difficult choice for the many people who in general support medical research, including embryo research, but who are concerned about the dangers of human reproductive cloning and eugenic engineering. A moratorium on research cloning would provide the opportunity to put in place prohibitions on reproductive cloning.

Stem cell research aims to find cures for many degenerative diseases, and has the potential to revolutionise medicine (page 6). The ethics of cloning and stem cell research are discussed (pages 7 - 11). There continue to be great differences in the way countries around the world regulate human cloning and related technologies.

Cloning Trevor, a story about therapeutic cloning research, appeared in the June issue of The Atlantic Monthly. The story gives a human face to the people whom therapeutic cloning could benefit. It presents an argument for government funding and it puts the usual calls for a moratorium on embryonic stem cell research to allow for more debate, in a less favourable light.

Therefore, human cloning is the production of genetically identical humans. The two types of human cloning that are commonly known are therapeutic and reproductive cloning. Therapeutic cloning would entangle the use of cloned cells from the human for use in medical and transplants.

Human therapeutic cloning or nuclear transfer stem cells (NTSC) to produce patient-specific stem cells, holds considerable promise in the field of regenerative medicine.

Promises of therapeutic cloning. SCNT in the context of therapeutic cloning holds a huge potential for research and clinical applications including the use of SCNT product as a vector for gene delivery, the creation of animal models of human diseases, and cell replacement therapy in regenerative medicine.

The Ethics of Cloning for Biomedical Research I turn now to the ethics of cloning for biomedical research. It is here that the greatest disagreement prevails.The U.S. Senate is split between those who want to ban all cloning and those who want to ban reproductive cloning but not cloning for stem cell research and regenerative medicine. (For the.