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Genetic Cloning
Cloning is the process of making genetic copy of an organism. It has mixed reviews as some people believe it violates human rights issues.
598 Questions
What type of science is cloning?
Cloning is a branch of biological science that focuses on creating genetically identical copies of a living organism. It involves the manipulation of DNA to produce organisms with identical genetic makeup.
Why is human cloning not allowed?
Human cloning is not allowed due to ethical concerns surrounding the creation of identical genetic copies of individuals, as well as fears of potential misuse, such as exploitation or dehumanization. There are also unresolved safety issues and uncertainties about the long-term physical and psychological consequences of cloning on the individual and society.
Yes, human cloning is theoretically possible, but it is currently illegal and considered unethical in most countries due to the many ethical concerns it raises. Additionally, there are scientific and technical challenges that still need to be overcome for efficient and safe human cloning to be achieved.
What ten reasons why cloning is good?
- Cloning can help in studying and treating genetic diseases.
- It can aid in preserving endangered species by creating genetically identical individuals.
- Cloning can be used in agriculture to produce crops with desired traits.
- It offers a way to create genetically modified organisms for various purposes.
- Cloning can serve as a tool for regenerative medicine and tissue replacement.
- It provides insights into understanding development and cell behavior.
- Cloning can potentially produce organs for transplantation.
- It allows for the study of genetic diversity and its impact on traits.
- Cloning can contribute to advancements in biotechnology and pharmaceuticals.
- It provides a method for replicating valuable research animals.
Early Progress
The first cloned animals were created by Hans Dreisch in the late 1800's. Dreich's original goal was not to create identical animals, but to prove that genetic material is not lost during cell division. Dreich's experiments involved sea urchins, which he picked because they have large embryocells, and grow independently of their mothers.
Who came up with therapeutic cloning?
Therapeutic cloning was first proposed by scientists John Gurdon and Ian Wilmut in the late 20th century. They suggested using cloning techniques to create stem cells for potential therapeutic purposes.
NO!!!!!! You can die.. of cloning. Your body might fail in surgery and die. You will sleep in a rusty and unlucky coffing. If you brave read the 2 enters down. Are you sure? If your sure continue down. I have heard from many people in USA that when you clone you will go to hell.
Some risks of cloning include genetic abnormalities or mutations in the cloned organism, potential negative impacts on biodiversity, and ethical concerns related to the treatment of clones as commodities rather than individuals. Additionally, there may be unforeseen long-term health consequences for clones.
What is the evidence against therapeutic cloning?
Arguments against therapeutic cloning include concerns about the destruction of human embryos, ethical considerations regarding the creation and manipulation of human life, and potential risks of genetic abnormalities or unintended consequences in the cloned cells. Additionally, there are challenges in regulating and overseeing the use of therapeutic cloning to ensure it is used responsibly and ethically.
How far has science gone in cloning?
Science has made significant advancements in cloning, particularly in the cloning of animals. The first cloned mammal, Dolly the sheep, was born in 1996. Since then, scientists have successfully cloned various other animals, but human cloning remains ethically and legally prohibited in most countries.
There is no evidence or credible information to suggest that former U.S. President Barack Obama has been involved in or supported human cloning. Human cloning is a highly controversial and ethically complex issue that has not been approved for scientific or research purposes in most countries.
How successful is animal cloning?
Animal cloning has had some successes in terms of creating genetically identical animals for research purposes, conservation efforts, and livestock production. However, it still faces challenges such as low success rates, health issues in the cloned animals, and ethical concerns. Overall, animal cloning is not widely used due to these limitations.
What a good cloning vector should have?
A good cloning vector should have features such as a selectable marker, multiple cloning sites, origin of replication, and the ability to carry large DNA inserts. Additionally, it should be easy to manipulate and purify.
What is the application of gene cloning in agriculture?
*Cloning could result in the mass production of genetically modified cattle that secret valuable drug into their milk.
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*For eg. Milk that has the human clotting factor IX can treat people with hemophilia; milk with insulin to treat people with diabetes and also interferon to treat people with viral infections.
*Transgenic animals (animals engineered to carry genes from species other than their own) can be made to produce a wide variety of proteins that could be sold as drugs or proteins. Cloning can make creation of transgenic animals to be mass-produced. Large numbers of transgenic animals could produce vast quantities of needed drugs and other useful substances more efficiently and at a much lower cost.
Purposes and benefits of cloning?
With the successful cloning of animals, many people have reacted with frightening and usually judgmental ideas about what cloning is and what researchers hope to achieve through it. Many wish to ban all cloning without even looking at the positive things that cloning will be able to provide for us in the future and with continued research. Like any new technology, people are at first afraid, but this is no excuse to abandon research that could one day save millions of people through cloned organs or give an alternative and safe means of reproduction to sterile couples..
Did you ever imagine having a child that is the exact replica of you? Did you ever imagine of having the cure for heart disease or cancer? Well, these fantasies are not far from reach. The way we could peruse these is through a process called cloning. There are many advantages and benefits including being able to save endangered species and have children if you're infertile. Firstly, one benefit of cloning can be used in the future of the medical field. Heart disease is the number one killer in the United States. Scientists predict that in the near future they will be able to clone healthy heart cells and inject them into damaged areas. Next, what would you do if you were unable to produce a child naturally? Modern science has made it possible to produce a child through cloning. For many people who are unable to have children cloning provides these persons with the hope of having a biological child of their own. Cloning can also be seen as a means of having a child without having sex. Cloning can effectively reduce the number of people with STD's. In addition, using the process of cloning, in the future we could save endangered species by replicating them and therefore increasing their population and keeping it far from extinction
What is the basic science behind cloning?
Cloning involves creating an identical copy of an organism by copying its DNA. This can be done through techniques like somatic cell nuclear transfer, where the nucleus of a somatic cell is transferred into an egg cell with its nucleus removed. The process aims to produce an organism that is genetically identical to the original.
What effect will cloning have on the gene pool?
...it doesn't.......that's all i got. Cloning actually can help us. When we clone an organ or tissue, it can replace an old or broken one. Other than that when people start cloning an entire organism, it raises moral, legal, and social issues. Cloning also has huge risks and a high rate of failure.
What are the most recent advances in cloning?
Recent advances are amazing. First of all scientists can grow human heart tissue with just a couple of cells from the human heart. Also, they can grow skin for victims with serious burns. Another thing, they can go into the cell and take away any genetic defects that would cause any problems in the future.
*For one, some groups argue that obtaining embyonic stem cells and destroying blastocysts in the process is unethical.
*For successful balstocyst formation from the initial cell produced by nuclear transplant, proper gene reprogramming techniques must be developed; and this inevitably pave the way for reproductive cloning of humans, for which the the inability to properly reprogram has been a major obstacle.
*A huge supply of human egg cells is required which is not readily available.
Is there a good reason for cloning?
well of course...imagine there are people who need transplants but there just isn't one out there, if we could take their tissue and clone a healthy heart or lung or arm or w.e they need then we could save thousands of lives
Cloning is carried out by taking the genetic material from a donor cell and placing it into an egg cell that has had its genetic material removed. The egg is then stimulated to start dividing and developing into an embryo, which is then implanted into a surrogate mother to grow and develop into a genetically identical organism to the donor.
The morality of human cloning is a complex and debated topic. Some argue that it violates ethical principles by interfering with the natural process of reproduction and potentially leading to exploitation. Others believe it could have medical benefits but emphasize the need for strict guidelines to prevent abuses and ensure consent.
Who was the first person to use artificial cloning?
The first person to successfully clone an animal was scientist Ian Wilmut, who, along with his team, cloned a sheep named Dolly in 1996.
