An ethical implication of the use of CRISPR is that the change made to the gene will be passed on between multiple generations. Therefore, there is lasting consequence in the family. The technology can alter the human genome. However, this alteration is beneficial as DNA mutation diseases can be eliminated which will positively impact society by allowing a higher quality of life to those who would have suffered the disease. (yourgenome, 2017) The other ethical controversy of CRISPR is designer babies.
I also gave an explanation on therapeutic cloning process in which describing the all the good that could come from it. Therapeutic cloning is something that should get more recognition because the good it can do. As talk about before it can be used for more than transplants, but other study. There are endless uses this process can help improve humanity from find cure for diseases to getting a better understanding on an organ process. There are some still believe that the benefit could be accomplish by it, is not enough to overcome the ethic issue they have.
If gene manipulation is not intrinsically wrong, should we still do it? Mr. Sandler views gene manipulation, or gene drive, as a new conservation tool that can create additional methods of approaching conservation issues. He argues that the gene drive method often meets key conservation criteria better than traditional methods. Genetic manipulation is already used to influence the longevity of certain species, namely to reduce the impact of invasive organisms. However, the genes of the actual species at risk can also be manipulated.
With all the advantages humans would gain and all the places and further discoveries we could make why wouldn 't we support the process? Though the grass seems to be greener on the other side of this scientific advancement, ask yourself, is it too good to be true? Furthermore just because we can, should we? That is the question I am here to answer. Currently scientists are experimenting with genetic engineering in crops, animals, and humans with the goal of adding one or more new traits that
Scientist clarify that “Genome-editing technologies may offer a powerful approach to treat many human diseases, including HIV/AIDS, hemophilia, sickle-cell anemia and several forms of cancer” (Lanphier et.al). The medical advances that come along with this could truly help save lives. It may be able to help get rid of serious, life threatening diseases before they even exist inside a child. In doing this, children will not have to live with genetic disorders and live a healthy life. Ronald Green explains “Human weakness has been eliminated through genetic engineering” (570).
With management’s goal of expanding our product offerings, I would suggest implementing the sale of a different size of our tomato soup cans that can meet the needs of our customers. Since many of the existing inputs are interchangeable, this will help reduce the development cost of our new product offering. With this new direction, we would need to address the advantages and disadvantages to opening up a new product line to accommodate this new product. If we manufactured both sizes on the same line, even with the use of ERP, there will still be downtime involved from switching the manufacturing line to use different size cans. If there are major gaps forecasted between our production capabilities and the customer demand, it would be wise to consider opening a new production line.
Many Nano-scale scientists can make lots of things like they can “ already artificially synthesize DNA molecules. DNA Controls the formation of proteins,which may ultimately determine the health and behavior of entire organisms” (Little Understood, 20). This means that we as a world can make new species of animals and other types of humans to our advantage and make our world more interesting. We could also modify the way that certain species of animals can operate so that we could make an overly aggressive to humans species docile to not very aggressive to the point that they could be approached but keep the ability for them to still be able to get meals and protect themselves in the wild without any problems like the death of a rare species or several other problems that could happen if the behavior of the animal was not perfected to the way that we need it to be. This can be used in the benefit of modifying humans to be able to do things that they never thought were possible.
What are some pros of GMO’s? GMO’s make plants and organisms stronger and more healthy. The plants can be modified to last longer in worse climates and you can mass produce them. Mass producing food can help feed the starving and promote a better lifestyle. GMO’s also have a longer shelf life which lets them stay better longer.
A bad example of it is being able to change a fetus so that a human child can have perfect everything. Pros of Biotechnology Biotechnology has many pros about it. It has the ability to remove diseases like mental disorders in human fetuses. It can help save the populations of animals such as cows , goats , and chickens. It can make healthier foods , from meats to plant foods like cucumbers and apples.
Genetic testing can reveal information that a person may over analyze to the point where they are living in fear. Deontology states that one must consider the consequences when making a decision. Genetic testing is not completely accurate and it can only tell a person if they are a carrier of a gene mutation that may put them at a higher risk for developing that disease. While a negative result can provide peace of mind, a positive test can have a huge emotional impact on a person. While there are disadvantages of genetic testing, a big advantage of genetic testing is the Genetic Information Nondiscrimination Act (GINA).