MadSci Network: Genetics |
Jonathan: Wow. What great but difficult questions to answer! First off, let me say that everything that I write from here on out is my personal opinion. You could ask a thousand scientists the same questions and get a thousand different answers. Ok- with that disclaimer, let me attempt to answer your last question, “what do you have to do to create a world that is perfect in your opinion,” first. I think that, as with all broad and difficult questions, the appropriate answer is “it depends.” More specifically, it depends on what you consider to be a perfect world. Most people equate the phrase “a perfect world” with a utopian society where there is no disease, wars, conflict or other negative aspects of life. Webster’s dictionary defines utopia as follows: 1 : an imaginary and indefinitely remote place 2 often capitalized : a place of ideal perfection especially in laws, government, and social conditions 3 : an impractical scheme for social improvement Note that even the good people that write dictionaries realize that utopia is essentially unattainable. This is because things that we view as negative in our world, like conflict and disease, are a fundamental part of life. We will never abolish these things from our world (if you don’t believe me, try not ever arguing with another person again for the rest of your life ;) However, while I think most people realize that we will never attain a “perfect world,” we still try to improve the quality of our lives. With this in mind, lets move on to your third question, “does our recent failures and problems with organisms created through manipulation exhibit our understanding or lack of understanding of our technology.” In short, yes, on both counts. In regard to genetics, we have been able to do amazing things using our current knowledge of technology. Take cloning for example. The fact that we have been able to clone complex organisms such as sheep, cows and cats demonstrates that we have a splendid understanding of the biological processes and associated technology used in cloning. Conversely, the fact that it takes in some cases hundreds or even thousands of attempts to clone an organism before an attempt is successful demonstrates that we still have a long way to go in perfecting the process. I believe we understand the technology that we have right now, but new advances and discoveries will lead to both a better understanding of the biological processes involved in cloning and, consequently, new and better technology. This is because science is a process that generates information. Every new bit of knowledge paves the way for new discoveries. Also, information itself is neutral- it is what we do with a piece of information that allows us to assign values like “good” and “bad” to it. What one person considers to be a superfluous or diabolical use of genetic technology could be considered essential and necessary to another. Advances in genetics are no exception, which leads me to your second question, “should we employ every tactic to manipulate our genetics just because we can?” I personally do not believe that we are trying to manipulate our genetics “just because we can” because that phrase insinuates that there is no direction or objective to genetic research, which couldn’t be further from the truth. Much of the research in human genetics and biotechnology is focused on discovering cures for diseases and creating new drugs to help improve the quality of life (on our quest for the unattainable utopian society :) With that said, I think that we should employ those tactics that are most likely to improve the quality of life for the most people. Of course, some will always believe that manipulating our genetics is just a form of “playing God.” I personally think that this argument will be negated as our knowledge of genetics increases. Advances that were once new and frightening will become commonplace and accepted. However, those critics of genetic research are correct in one respect; we do need to exercise caution and vigilance in what we do with our genetic manipulating technologies not just so that we do not make irreversible mistakes but also to ensure that we continue to practice good science. As with all branches of science, skepticism is an integral part of the discovery process. We need to make sure that our experiments are well designed and repeatable and results need to be peer reviewed so that false claims cannot be made by any one researcher. This will be especially important in the creation of new pharmaceuticals and in medical practices such as gene therapy. So, last but not least, “what does our technological advances on genetics mean to our future?” I think that advances in genetics are going to change our world in many ways. Perhaps the greatest improvements will be, as we talked about, in medicine. But, outside of human health, genetics will also change the way we catch criminals, manage wildlife populations, and grow crops among other things. However, it is important to keep in mind that how genetics impacts our wold will not only be based on the technological advances we make, but also social conditions, economics, politics, etc. So, it is impossible to predict how quickly advances will be made and how each advance will impact our lives. We tend to like to think of genetics immediately turning our world into some futuristic, science-fiction place, but I can say with some degree of certainty that the changes will come gradually. The best analogy I can think of at the moment is the invention of the automobile. Henry Ford did not immediately invent the Mustang after he released the Model T. It took years of development and research as well as a myriad of other factors to reach where we are at today in regard to transportation and I suspect the different branches of genetics will undergo the same process. The ways genetics impacts our lives will be profound, but we will experience the changes one step at a time. I hope that this response to your question has helped you out. Please feel free to contact me via e-mail if you wish to discuss the topic further. Best regards, Gail
Try the links in the MadSci Library for more information on Genetics.