Benefits Of Genetic Engineering

Dan W. Brock makes a few interesting points in defending genetic engineering, while being observant of the possible downfalls and negative views of the science. Brock starts of his commentary by addressing how the limits to our genes can not "confidently predict the rate at which that understanding [of genetic engineering] will be achieved in the future nor the ultimate limits on it" (pg. 615). Also, the author states how genetic engineering could help parents ensure their children the abilities to live healthy lives, create new treatments for disease, and produce stronger immune systems.

The altering of human genes could save lives. You could cure cystic fibrosis or alzheimer's. This would save the lives of many (Doc. 3). This technology could also give you children with specific traits of your choice. Also, this engineering can leave people painfree. This is not good because they can’t detect danger. As a plus side, scientists will eventually take the gene that causes this and help cure those with chronic long lasting pains (Doc. 2). This would make more people happy and healthy across the nation! Eventually we could go so far as to make a genetically engineered nation. As you can see, Genetic Engineering also could have a positive effect on

Genetic Modification is often perceived as the answer to humanity’s faults because it will enhance human abilities, prevent the survival of incapacitating disabilities, and guide the innovation of the future. Sounds pretty good, right? That is not the reality. Genetic modification is not the solution to the ubiquitous problems of the human race, but rather infringes on individual rights, decreases diversity, permits too much power to the human race, and contributes to overpopulation.

Every living thing has genes. Genes are a set of instructions for an organism that determine what characteristics that organism will have. The genes for an organism lie in strands of DNA called chromosomes. Humans have 23 pairs of chromosomes in their body (Medical News Today/OI). Recently, scientists have found a way to modify these genes for certain reasons. These modifications are called genetic engineering. Forty percent of these modifications tend to fall in the category of cosmetic enhancements (OI). Meanwhile, other modifications are used to help a human’s experience of chronic diseases and pain. If genetic engineering is used to reduce specific, serious diseases, then I am in favor of it; however, if it is used for cosmetic enhancements, I am against it.

A couple walks into a fertility specialist office waiting their turn so they can choose

With this, we will be able to tackle some of the most deadly and disastrous diseases (Rinkesh). With genetic engineering it is possible to live longer, to abolish diseases that could kill early on, and help humans adapt to the growing problems of things like global warming (Rinkesh). There are very few examples where genetic engineering is the only good solution to the medical problem of a genetic disease (Human Genetics Alert). It has the possibility of being a cure for disease, but it is still extremely unsafe. It can cause huge problems to the human body. It could cause babies to die early on. Genetic engineering could also cause a new disease we may not be able to stop with genetic engineering. It is wrong to mess with nature and play the role of God

Genetic Engineering has been hailed as one of the greatest scientific developments of the 21st century. The argument above is one of many, posed to ask human beings to think about whether or not genetic engineering is morally and ethically right. By modifying genes and DNA or by introducing new genes into an embryo, organisms are given new, often beneficial,

Genetically modified foods adversely affect our health. The consumption of these foods increases the risk of contracting diseases such as cancer. The genetically altered foods contain harmful toxins that have adverse effects on people’s health (Tourte, 2003). Some of the notable effects that have been identified include; increased allergic reactions, antibiotic resistant bacteria as well as other toxic hazards. The allergic reactions come as a result of genetic modification which often requires mixing or addition of proteins that are non-indigenous to the animal or plant.

Humans have evolved so much that we now have the ability to speed up this process of evolution by using genetic engineering to our advantage. Genetic engineering is the process of manually adding new DNA to an organism. Indeed, there are people who say that genetic engineering is unethical or even harmful to a person’s body. However, I believe that genetic engineering has the potential for eradicating all disease and for creating superior human beings.

First and foremost, cloning and genetic modification has the most promise of curing and eliminating genetic diseases. Genetic diseases are a misfortune in human society, with diseases like sickle cell anemia and several kinds of cancer causing death and suffering around the world. For example, in the article, “Engineering the Better Baby: Benefits and Dangers”, the author states that, “The world is plagued with hereditary diseases that cause very real misery… it is absurd to think that genetic engineering will not be used to eliminate them” (1). This presents the idea that while genetic engineering has a bad reputation in fiction, the scientific community would be using it to remove dangerous diseases rather than create a bird-human hybrid with wings and special powers or a dog that can fly and lift heavy objects. These creations, while cool sounding, would not be possible with the lack of genetic knowledge that researchers have now. They can barely clone a dog, let alone create one that can fly. Moreover, the knowledge gained from modification and cloning can be used to save lives. Because of their uses in stem cell research, pharmaceuticals, and the study of diseases like cancer, doing things such as cloning an embryo and removing chances of disease would be a huge benefit to humans. If people were able to be healthier, they'd live longer, happier lives and not need to spend money on expensive treatments for incurable diseases. To illustrate, when Arthur Caplan states, “Pressure from parents seeking to prevent their children and grandchildren from suffering will undoubtedly overwhelm concerns about the possibility that others will use the same technology to build superkids… the sick should not be held hostage to the worries about possible dangers or abusers” (2), which expresses how the needs of

There is so much DNA inside a human body that if it was all lined up, the DNA would stretch from the earth to the sun 100 times. The process of adding or modifying this DNA is know as genetic engineering. Using this technology, we can remove certain traits from an organism and give it more desirable traits. With this power comes great controversy as to whether or not we should use it. Genetic engineering should continue to be used because of the vast benefits from GMOs and the prosperity it can bring to mankind.

6. What are the benefits of genetic engineering? What are the risks? Do the benefits of genetic engineering outweigh the risk?

Genetic Engineering has developed by very rapidly over the past twenty years. It is also one of the most controversial topics to go through the United States. From the research gene therapy to the cloning of different animals, genetic engineering can save lives while at the same time, endanger them as well. There are many pros and cons which are being heavily debated by political, scientific, and many other organizations. Most are centered on the idea of using Stem cells as a way of curing diseases.

He reasoned that there were certain rules by which these characteristics were inherited. He guessed that each plant must possess some sort of unit that specified its characteristics. In fact, each must have two units, one from each parent plant. If the plant inherited two different units, then one would override the other. This was called the dominant unit, and the one that was overridden was called the recessive unit. Mendel's theories were not discovered till 1900, and it began the science called genetics , the study of a physical inheritance. From this name, Mendel's units were changed into genes.

Genetic engineering, also called genetic modification, is the process of manually adding new DNA to an organism. The goal of genetic modification is to add one or more new traits to an organism that are not already found in that specific organism, it can also be used to completely remove them from that organism. Genetic engineering produces a unique set of genes that is not normally found in nature. Scientists use genetic engineering to cure diseases, change specific traits, help humans with their daily lives and many more.