Have you or someone you know needed an organ transplant? How many people need a transplant and what are the risks of transplant failure? Although organ transplants run the risk of failure, some individuals have lost their lives just waiting for updates on the transplant. According to the Health Resources and Services Administration, about 37,000 organ transplants were performed last year, and more than 113,000 women, men and children were on the transplant waiting list. Statistically, approximately 20 people die every day waiting for a transplant, and every 10 minutes an individual is added to the waiting list to receive a transplant. Furthermore, the list slowly continues to grow over time, outpacing the number of available donors, surgeons and transplants. How will we keep up with these transplants needed to save lives? Do we need more organ donors or new medicines? To meet this growing need, scientists are working with cells to find new and innovative therapies to help people with organ failure due to damaged tissue, chronic injury and prolonged illness. Scientists are working on how to induce cells to grow into new organs that mimic an organ through an organized structure. Stem cell research could be the future of modern medicine. Stem cell research has the ability to create new organs for individuals and create new treatments for medical problems. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essayHow can stem cells create organs? Stem cells are special human cells that have the ability to develop into many different cell types, from muscle cells to brain cells, and can sometimes have the ability to repair damaged tissue. Additionally, stem cells are pluripotent, meaning they can develop into every cell, tissue, and organ in the human body, making them initially flexible to work with. When stem cells divide, they create over 220 mimic cells and have the ability to self-renew and reproduce simultaneously. This self-reproducing process truly creates self-healing organs, which would cure many chronic diseases. The growth of entire organs in stem cell laboratories would be created by organ-specific growth factors. The organ's development would be guided by embryonic stem cells that have a deep understanding of an individual's genetic makeup. As tissue would grow from stem cells, scaffolds created with polymers to seed more stem cells would degrade and result in a complete, functional organ. Of course, there remains the risk of whether the body will accept or reject this new organ. An individual who receives stem cells from a donor may cause his or her immune system to perceive the cells as a foreign invader. However, adult stem cells taken from the patient themselves will not allow this rejection to occur. If scientists were successful, it would revolutionize modern medicine and science, as we would have the ability to create and grow organs from an individual's stem cells so they can avoid the risk of not being compatible. Ultimately, one's own adult stem cells would be used to heal and rejuvenate damaged tissue in one's organs to create healing organs. Scientists have theorized that stem cell-based therapies could be used to treat chronic diseases, and now they're finally takingthe initiative. Cells are simply the basic building blocks of all living things, so they should be able to recreate pre-existing living things, right? Currently, the only stem cells used to treat diseases are hematopoietic stem cells, which are basically adult stem cells that come from fully developed tissues, such as the brain, skin, and bone marrow. These stem cells are used to treat diseases such as Fanconi anemia, which is a blood disorder that causes the body's bone marrow to fail. Scientists and doctors are trying to use stem cells to cure chronic, damaged tissues and organs, as well as cure diseases such as diabetes, spinal cord injury, Alzheimer's disease, arthritis, etc. For example, scientists are trying to treat heart disease with stem cells, as heart disease has been the leading cause of death worldwide. You may have heard someone tell you that it is difficult to survive another heart attack after one has occurred. This is because heart tissue dies after a heart attack, creating scar tissue that sits there and provides nothing to the heart. Studies have shown that doctors can safely inject stem cells into damaged heart tissue, but there is no indication that the heart can be healed or that scarred tissue can be rejuvenated. As a result, scientists are working to create stem cells that mimic the body but are stronger and can replace the original stem cells to restore and heal organs, in this case the heart, thus creating healing hearts. It's a risk but there is still time to perfect this craft through the system of trial and error. Ultimately, stem cell research can create improved, self-healing organs. Although the development of stem cell research for self-healing organs has shown positive results, there are also negative ones. Some professionals see stem cell therapy as a medical advancement and a promising treatment, as it uses original biological components, however, some see stem cell therapy as a threat and something that should be resisted. Why should we resist stem cell therapy? One reason is that stem cell technologies would be very expensive and available only to those who can afford the therapy. New medical technologies tend to be expensive at the start and decrease in cost as demand increases, however, the agents used are already expensive and to accommodate the development, testing and manufacturing of the therapy will take a big hit in terms of money . Economically, healthcare would certainly increase, creating another social problem, even as it creates a financial one. Furthermore, major advances in clinical research usually result in ways to control diseases rather than cure them. Most experts believe there is no point investing in stem cell therapy if it will not cure the disease indefinitely and control it like any other form of medicine or therapy. Furthermore, some biologists believe that interfering with the genome to create mimic stem cells would be “creating.” In other words, having the ability to create organs would be considered an unnatural thing and would open the door to many risks, since it will still not be 100% the original organ pre-installed in the body. This can also cause social and religious conflict, as scientists would perfect God's creation and replace what was originally there. Initially scientists would.