Imagine what life would be like if we could eliminate human problems. The question shakes us all to our very core. Genetics is slowly paving the road to this utopian vision. Genetics gives us the ability to manipulate DNA, Clone human beings, in short it gives us the power to be Gods. Although the road to this power has many bumps in it and the steps we must take and the morality of the whole idea are controversial; should we experiment on humans, are embryos people and where do you draw the line, when does it change from giving birth to a child to manufacturing a child.
Probably one of the most debated topics in the scientific world today is cloning. Cloning is when you make an exact genetic copy of someone of something. Since 1997 when the first Sheep was cloned using adult cells people have been debating whether or not we should move forward with cloning. But there are many good reasons to why we should continue with mastering cloning. First of all you have to look at all the problems it would solve, for example last year only 6% of the people waiting for organs got them which means that 94% went without. Well through the process of cloning we could easily create all the organs that we needed which could save many lives. Also people have had to deal with losing a loved one (husband, daughter, etc) and there was nothing they could do. Cloning could be the answer to their problem, it may not change the fact that they lost their loved one but it does bring them back and gives people a way to get back at least a small part of what they lost and to some people that is a gift of infinite value. .
We then lead to the many doubts and concerns that people have when they think about cloning. They were about issues like recreating Hitler, unfair burden of automatic expectations and it being used for malicious purposes. First of all recreating a person is impossible, you cannot control a persons personality just because you have the same genetic code, or else there would be no difference between identical twins.
The issue of genetics has been around for quite sometime. ... Genetics in the 21st century will be what antibiotics have been to our age. ... First of all, genetics are moving very fast. ... Genetics is surely the highest feat ever accomplished by our human brain. ... Genetics could do a lot of good, but it could do a lot of bad....
Theory of Applied Genetics A scientific discovery that was made many years ago is what we call the theory of applied genetics. Genetics is the study of patterns of inheritance of specific traits. ... By understanding just the basic units of genetics, we are now able to see more in depth the more complicated structures of applied genetics. ... Studying for applied genetics through all these years, we begin to undertake the understanding of genetics. ... Applied genetics are the key to life. ...
Genetics The first in-depth study of genetics was done by Charles Darwin in the mid 1800s. Since then we have learned, and continue to learn, even more about the fascinating and mysterious world of genetics. ... Even today we continue to make more and more discoveries about human genetics. ... Today, genetics are already being used to solve criminal cases; in the future they may be able to help people with critical illnesses. ...
Genetics is the study of genes. ... When a couple has children the child will receive a mixture of genetics from both the mother and father. ... Genetics is a branch off of biology. ... Genetics also tries to find how offspring differ from their parents which is called the study of variation. As scientists learned more about genetics, they began to pay attention to bacteria and other microorganisms. ...
Genetics is a powerful field of science, with many possibilities. ... The actual study of genetics started long ago, with Mendel and his studies. Now scientists know much more of genetics and DNA. ... The Austrian Monk Gregor Mendel discovered the basics of genetics. ... Mendel's ideas were expanded upon and refined, and they laid the groundwork for modern genetics. ...
The following information about genetics in general, new genetic technologies, and how we improve the species with this technology should give you a good idea about why this is so important. One of the biggest problems people have with genetics is the assumption that a defined trait - size, ear type, color, yappiness - is due to a single gene. ... Genetic technologies will help increase the information we already know about genetics in canines. ... A final technology that can be used in dog genetics is the dog I.Q. test. ... Technologies like this will continue to help the knowlegde an...
The point of the project is for scientists to have a better understanding of how genetics contribute to human disease. ... Therefore, genetics should be treated the same way as AIDS, if one receives an AIDS pamphlet, one should receive a genetics pamphlet. ... Blood can also be tested to check for genetics. ...
Certain advances in the field of genetics have sparked controversy. Genetics offers a wide range of opportunities for people. ... There are many ethical dilemmas inherent in human genetics; some are clearly unique to behavioral genetics. Some professionals have suggested slowing the pace of research, specifically in the field of behavioral genetics, until the ethical issues are resolved. ... The dynamism in research and ethics must be appreciated, as well as the basic nature of the relationship between professionals in genetics and the people who rely on geneticists for information and help. ...
In order to this, certain evidence such as the field of behavioral genetics, studies of frontal lobe brain damage, and Eysenck's well accredited theory are required to be reviewed and evaluated. The first point that needs to be addressed is the field of behaviour genetics. Behavioral geneticists study the inheritance of behavioral characteristics by combining the fields of psychology and genetics. ... Following on then from the way in which frontal lobe damage affects personality, lets now take a look in the way genetics has an influence on abnormal behaviour. ... Evidence such as ...
