Using these cell lines derived from individual patients mean customised blood, organs and tissues can be used to lift the burden of the disease. In other words, there is no sure way of knowing that the cloned human will live and not die or experience miscarriages and deaths among its own children in the future.
After this stage the embryonic stem cells are removed and grown in a separate Petri dish.
The solution is simply to live healthier which will negate the need for unnecessary interventions like cloning to counteract the negative lifestyle choices of today, and thus prevent disease, ameliorate mental health while also improving the longevity of individuals.
There are UK writers just like me on hand, waiting to help you. Instead of waiting on a donor list and hoping that an organ will arrive that would save your life, organs could be mass produced creating a perfect match that would be readily available. With technology as it is at right now it would involve hundreds of failed pregnancies to achieve one single live cloned baby.
In addition to allowing an infertile couples to conceive, reproductive cloning could make it possible for the great minds of our lifetime to be recreated and have a positive impact on the world.
Some where down the road the daughter will look exactly like the mother the father fell in love with many years ago, only younger and more attractive. Cloning also irrevocably changes the gene pool to one with minimal genetic diversity.
The second type of cloning is reproductive cloning.
Humans are trying to counteract the natural selection by means of reproductive intervention to enable them to continue with their unhealthy lifestyle choices Smith, This was first discovered when Dolly the sheep became the first clone produced from an adult somatic cell by the use of SCNT, creating the first mammalian clone in the history of science.
Genetic cloning can be likened to that of reproductive cloning in the sense that it also clones parts of the organism except in reproductive cloning, the entire organism is cloned such as a human which has genetically identical genes to that of the original organism.
With cloning, we could bring back endangered and extinct species. Now it is necessary to disprove of cloning with all the cons.
Companies are already making money storing tissue from dead children and partners until the time that human cloning becomes available. On the mothers side of the equation, the mother would know exactly what the clone is capable of and expect the clone to fully utilize its potential.
The oocyte is left to develop into an early-stage embryo within specific conditions, then the embryo is implanted into the womb of an adult female which will then be expected to give birth to what is called a clone with genetically identical genes to that of its other, NIH, Cloning has many benefits such as replacing defective genes, organs and also creating a society where disease is eliminated in a genetically engineered population.
The first is therapeutic cloning which produces stem cells and even organs for transplantation.
In future scientists hope to turn these stem cells, perfectly matched to the patient, into tissues. Similar to genetic cloning is therapeutic cloning which involves producing embryonic stem cells as replacements for repairing damaged tissues or organs within an organism.
Who will control who gets cloned? Though infertility treatments today are somewhat successful, imagine being able to take cloned cells to create a younger twin of a mother or father? By taking healthy cells from a patient and creating clones they can be transplanted to replace or repair damaged or diseased organs.
Faster recovery from traumatic injury. Human cloning will allow doctors to determine the cause of unplanned abortions, give oncologists an understanding of the rapid cell growth of cancer, allow the use of stem cells to regenerate nerve tissues, and advance work on aging, genetics, and medicines.
Identical twins are natural clones, so reproductive cloning can be regarded as a technological version of a natural process. There are also justifiable reasons to pursue reproductive cloning. America along with the rest of the world is not ready for cloning and will never be accepting of cloning.
The cloned embryo then divides multiple times and forms into a sphere shape called a blastocyst day The benefits of cloning could provide spare materials. Liver cells, eyes cells and bone cells may one day lead researchers to create organic organs such as hearts, lungs, livers and kidneys 2 / amyotrophic lateral sclerosis Therapeutic cloning is a relatively recent development on the medical scene.
Essay on Human Cloning: Is it Ethical or Not? Essay on Human Cloning: Is it Ethical or Not? scientists seemed optimistic of therapeutic cloning. Therapeutic cloning is the process of growing human tissue or organs to help cure diseases and cancers.
The scientists believed that it would help save many lives. Benefits of Human Cloning Essay. "The medical and scientific benefits of therapeutic cloning are so great that this research is morally required (cp#26,3)." Failure to pursue and eventually use this technology would result in many deaths that could have been prevented through therapeutic cloning.
There are also justifiable reasons to pursue reproductive cloning.4/4(1). There are two different types of human cloning, namely, reproductive cloning and therapeutic cloning.
Reproductive cloning is the process by which a human is produced which is genetically identical to another human. Therapeutic cloning is the first step of reproductive cloning and it is carried out by Somatic Cell Nuclear Transfer.
Benefits of Cloning Essay examples; This is a form of therapeutic cloning in which scientists use embryo to grow human organs. Most importantly, it could be used to improve the quantity and quality of our foods products.
More about Benefits of Cloning Essay examples. Benefits of Cloning Essay Words | 6 Pages; The Benefits of. Therapeutic cloning is when a cloned embryo is formed by putting a nucleus from the patient's cell into an egg without a nucleus. The cloned embryo then divides multiple times and forms into a sphere shape called a blastocyst (day ).
These embryonic stem cells are now visible and can be developed into any of the bodies + tissue cells (day ).4/4(1).Download