Reproductive Cloning Technology Essay

The dangers that arise from reproductive cloning are numerous, and are enough to validate the banning of human reproductive cloning altogether. During mammalian reproductive cloning, a large proportion of clones suffered from weakened immune systems, which greatly compromised the animal’s ability to fight off infection, disease, and other disorders. “Animal experiments in cloning all indicate that a cloned twin is at high risk of congenital defects, multiple health problems and perhaps a greatly shortened life span.” (Paulson) In addition, many of the offspring produced through cloning suffer massive abnormalities, such as missing or deformed organs. Approximately 30% of offspring are diagnosed with “large offspring syndrome” and other debilitating conditions. In fact, studies on reproductive cloning have shown that more than 90% of

Animal cloning started without the world even knowing. First, an animal clone is “an exact physical copy of one ‘parent’” (Newman 12). “Animal cloning experiments began in the 1960’s. Frogs were the first subjects. By 1987 scientists had begun cloning cows and other mammals” (Newman 12). Dolly the sheep was the first big cloning success, credited to Ian Wilmut in 1996 (Praded 21). This sheep was a scientific breakthrough, but it also caused many people to question the intents of scientists. Many people wondered if scientists would clone humans next. The original intent of animal cloning was not for the food industry. The reason animal cloning started was to find a way to help cure currently untreatable diseases (“Why Do Scientists Clone?”). By cloning cells, scientists will be able to manipulate the cells to become something new.

The progression of cloning technology could prove to be of great use to humans in the future. Further experiments on cloning will add to the understanding of genetics and lead to the production of animals organs that can be accepted by humans. Theoretically cloning could eliminate all problems regard organ transplants by producing animals that can act as suitable organ donors. More extensive cloning processes could also provide a solution for the world’s food inequity problems. Stronger, more resistant plants could be cultivated in large amounts through means provided by cloning techniques. The same idea could be applied to livestock, where common diseases can be eradicated to create stronger breeds.

Today’s technology develops so quickly that many impossible things become true; the example is cloning technology. Cloning is a process used to create an exact copy of a mammal by using the complete genetic material of a regular body cell. Different from the common propagate, cloning needs only one cell and without sex. Cloning, as of recent years, has become a very controversial issue in society but cloning can have several positive effects for the well being of society. Many people in society believe that scientists should develop a clone human but many people and especially the government are against human cloning. Hundreds of

Cloning is a number of processes that are used to create genetically identical copies of an organism. Researchers have cloned a number of biological materials, such as genes, cells, tissues and whole organisms, including sheep 's and horses. Cloning can happen naturally in identical twins, but it can also be done in a lab. ("Cloning Fact Sheet").

Genetic cloning is one of the most controversial topics of all time. People, specifically scientists, are constantly searching for ways to improve the quality of human life. As a result, they began genetically engineering animals and are currently in search of a method to genetically engineer humans as well; which is called human cloning. There are many reasons why people should not go forward with this step since genetic cloning, consequently human cloning, does not respect nature nor does it ensure diversity and survival in natural ecosystems. In addition, genetic cloning is a cruel, harsh, and an unsafe experiment.

New areas of science often raise questions about safety. Reflecting back on the past medical technologies invented, people have always opposed it but often benefit from it later on in life. The use of in-vitro fertilization, for instance, was once a controversial issue. Some people worried that society could discriminate against humans produced as a result of IVF and humans could spread diseases. Furthermore, its usefulness cannot be predicted because it is just a research tool, and so on. Today, those worries and concerns have not manifested, but instead have brought joy and happiness to families. The people born through IVF process are as happy and equal as any other average child. It is

The topic of cloning has been a science fiction legend until Dolly, the first cloned mammal, was born in the late 1990s. Dolly’s cloning renewed the interest in the potential of human cloning as seen in science fiction. Cloning has been done since the 1950s, but every cloning experiment included problems. When cloning mice, researches can use thousands of eggs to fix errors, but human cloning cannot use the same knowledge learned from cloning cows. With human cloning there is an “…extremely high rate of death…” and chance of abnormalities that cause the ethical concern for cloning humans (Rettner).

Clones are organisms that are exact genetic copies. Cloning originally started in the year of 1885, when a German scientist named Hans Adolf Eduard Driesch began researching reproduction. The process of producing a clone began a hundred years ago. There’s many different types of clones such as, natural clones, molecular clones, organism clones and even therapeutic clones. The first organism cloned was a salamander created by Hans Adolf. Years later, Robert Briggs and Thomas Joseph King clones a frog. Then, there was a famous organism cloned by the of name Dolly, who was the first animal sheep cloned. In order to understand the creation of life one must

Numerous attempts are being made in the hopes of finding an answer to the problem of the millennium. The concept of cloning has caught scientists attention throughout this past century. "The world has to come to grips that the cloning technology is almost here,” a representative for a European research group, Panos Zavos. Clones are life forms that have identical genetic coding. A clone is an organisms replica. Originating in the late 1880’s; the first record of synthetic embryo

Cloning is defined as the “creation of an exact copy of a living matter, such as a cell or organism” according to Encarta encyclopedia. The copies produced through cloning have identical genetic makeup and are known as clones. Scientists use cloning techniques in the laboratory to create copies of cells or organisms with valuable traits.

Cloning is the process of replicating an identical copy of cells and or body parts and it can go as far as even a whole organism. Cloning has been a very debatable subject of matter for many years and it will for many more to come. Cloning was first established in 1885 with a demonstration with artificial embryo twinning. Cloning eventual became more complex and from there it stemmed off and cloning of animals was possible. Dolly the sheep was the first example of cloning of animals in July 5, 1996. Another area cloning stemmed off to stem cell research which was first discovered in Germany by a biologist Ernst Haeckel. There are many forms of cloning such as full on cloning of an animal. Another part of cloning is replicating organs

Cloning is the act of copying the genes of a certain individual being, and making a copy of it. There are many different types of cloning, some of which even happen naturally. When an organism commences asexual

The process of cloning can occur over three different ways: gene cloning, reproductive cloning, and therapeutic cloning. Gene cloning is achieved by segregating a strand of DNA from an organism and dividing it into small genes. These genes contain enzymes that cut the bonds between nucleotides after determining the sequence of the DNA. A portion of bacterial plasmids, “small circles of DNA in plasma cells” (University of Nebraska), are then cut and combined with the previously removed DNA. Once these two components are combined, a new combination of DNA will appear. This new product is then placed in bacteria and grows into colonies on a culture dish. The scientist then tests the different “colonies” to find out which contains the gene they were looking for (University of Nebraska).

A better knowledge of these impacts can be obtained by discussing the good and bad of animal cloning. One application of the cloning technique is by cloning genetically modified animals, so that their cells and organs can be transplanted into humans. Thousands of patients die as a result of the unavailability of human organs for transplantations and this cloning technique could potentially be a solution within the medical