Abstract
An argumentative paper about the negative effects of human cloning. The author discusses the moral, ethical and religious issues that he believes outweigh the medical advances of cloning. Included is an overview of what cloning is and how it could effect society in the future.

From the Paper
"Human cloning is a controversial topic, the public regards it as inappropriate, while the leaders of certain scientific communities believe it is a sound practice that could be researched and used to benefit society. Human cloning is a form of genetic engineering, which most people consider morally wrong and, "Playing God". Through cloning an individual, you create an exact physical duplicate of that person, however, memories, personality and opinions are not recreated, and so differences do exist. Many pros and cons can be found when looking at cloning in depth, but it is my opinion that overall, it is not a beneficial procedure. There are just too many ethical issues that outweigh medical advances and prolonging life spans. A race has been started between scientists, everyone wants to be the first to clone an adult human, however with hopes of personal glorification and publicity, they have lost sight of the moral and religious issues at hand. Human cloning means creating a breed of people that have no flaws or imperfections, and since perfection does not exist, the clone could be nothing but a disappointment."

Tags:clones, ethics, genetics, twins

Abstract
This paper presents the issues surrounding childhood vaccinations. Many parents today worry that autism and other side effects can be caused by vaccines given to their children. This paper includes research on the complications of vaccines, information on the amount of shots children should receive and an explanation on how vaccines work in the body.

From the Paper
"The theory of vaccinations has never been successfully tested. Perhaps we are lab rats. In fact right now there is a growing debate over whether vaccinations are linked to the increased incidence of lung, brain and bone cancers seen in children and adults. The bottom line is that vaccines prevent diseases that are very real. We have to weigh that against the theoretical concern for which there is no proof."

Tags:autism, shots, smallpox, vaccines, neurological, damage, allergies, parents, children, carcinogenic, viruses, bacteria

Abstract
This paper discusses the history, background and the complicated ethics regarding human cloning. The author looks at the science of cloning, pros and cons of cloning and argues that cloning is beneficial in the long run.

From the Paper
"There is no other topic in health care with more potential for controversy than human cloning. I decided to write my paper on human cloning for this very reason, it will be an even more controversial issue than abortion in the future for my generation. Indeed, cloning is a topic for the future but this future is much closer than many people would like to believe. Many have deep religious and ethical reasons for wanting a total ban on human cloning. However, there are also many people, including some scientists, who believe that the possible benefits of human cloning outweigh the risks by a huge margin. Cloning has become an issue within the past 4 years due to the realization that it is possible to clone a human being."

Tags:cells, clones, dolly, embryo, ethics, skin

Abstract
This paper analyzes the ethical and moral issues concerning the cloning of human beings. The author touches on some aspects of cloning, how it has developed and its side-effects. The author gives an opinionated argument about the effects that cloning of human beings will have on society's perception of what it means to be a human being, as well as questions about a cloned individual's personal identity, uniqueness, and individuality.

From the Paper
"Recent news that scientists in Scotland had succeeded in cloning an adult sheep ignited a worldwide debate. Of particular concern are the ethical and social implications of the potential application of cloning techniques to produce human beings. The Scottish announcement marked the first time that researchers were able to produce an exact genetic replica of an adult animal."

Tags:cell, genetic, replica, science, identical, copy, embryo, clone, technology

Abstract
This paper provides an overview and discussion of the current state of genetic technology, with emphasis on the Human Genome Project. The microbiological aspects of genomic sequencing are briefly summarized. The focus is mainly on the ethical and social implications of knowing and understanding each gene. It also looks at how this emerging biotechnology is embedded into modern society through complex interactions between several institutions.

From the Paper
"The project is a culmination of the application of the results of the past 50 years in genetics. Since the discovery of the structure of DNA (deoxyribonucleic acid), scientists have made two vital conclusions. The genome, containing an individual's DNA sequences, is a map for the physical and behaviourial traits that one has inherited. Therefore, a species' genome is the code to all of its biological faculties (Levi 6). In this sense, the Human Genome Project can be viewed as a necessary and central component to genetic progress, since complete knowledge of our DNA sequence is required to develop biotechnology that is more effective and on a broader scale."

Tags:genetic, applications, virus, DNA, sequencing, abortion, disease

Abstract
This paper considers the concern about biotechnology and whether it should be embraced as a miracle cure for the world's hunger problems or rejected as a potentially dangerous activity that does more harm than good. The paper attempts to determine the value of this technology by examining the problems experienced by Monsanto Corporation and similar companies that are in the business of genomics.

From the Paper
"There is one question that must be answered first and foremost before it is even possible to look at the issue of genetic engineering: what exactly does genetic engineering refer to? Generally, genetic engineering is the act of putting a gene from one organism into another. In effect, scientists are creating organisms with a different genome than the ones normally found in nature. Specifically, researchers must first isolate a gene " a segment of DNA that codes for protein " and then clone that DNA many times; that segment of cloned DNA, the transgene, is then inserted into another organism with the new DNA integrating itself into the host genome followed by expression of the gene and production of protein coded for by that gene. By and large, genetic engineering is a trial and error art, not one based on precision. Some geneticists use a technique where the modified gene is blasted into the cells using a molecular shotgun. It is very difficult to determine where a gene will end up once placed into a cell (Dressel & Suzuki, 1999, p. 104)."

Tags:genetic, make-up, ogranism, mutation, plants, human, consumption, gefs, genetically, engineered

Abstract
The paper discusses an experiment that examines how yeasts adapt to various competitions and how they fare against several changes in their surrounding environment. The paper explains that this experiment will determine the factors that affect the growth of yeast positively and negatively. The paper includes tables and graphs with the results of this experiment.

Outline:
Introduction
Results
Discussion

From the Paper
"Yeast is an excellent system in biology as it is a eukaryote whose genome can easily be influenced and controlled. Yeast also share similarities with their competitive prokaryotic counterparts, bacteria, such as fast growth, and wide dispersal of their cells. A species of yeast, more specifically Saccharomyces cereviseae was the first eukaryote whose genome was fully sequenced (Goffeau et al., 1996). The S. cereviseae is also a commonly used yeast in the fermentation of various products such as beer, by the break down of complex organic substances like glucose, into the simpler alcohol. Therefore it is only natural that people have been so interested in yeast and its invaluable properties in fermentation. Much ongoing research exists that tries to exploit the process of brewing for fast fermentation and maturation in producing malt beverages using yeasts (Masschelein C.A. et al., 1994)."

Tags:conditions, growth, competitions, organisms, survival, beer, vinegar

Abstract
This report compares the silicon-based computer and the emerging DNA-based computer. The study focuses on the major components involved in both, their method of use, and general reasons for use, all centered around the engineering and biological principals that are critical to the success of the DNA-based computer. Detailed and scientifically rigorous statements of the principles are provided along with a detailed definition of key terms, which can be found in the glossary at the end of this report. Sample problems and calculations are provided throughout the report to illustrate the method of use and abilities of this new way of computing. Based on the computing abilities and potential of the DNA-based computer, a discussion of the advantages and disadvantages, as well as the social and ethical concerns associated with the technology is presented.

Table of Contents
Abstract
1.0 Introduction
2.0 Overview and Background
3.0 Major Components Involved
4.0 Method of Use
5.0 General Reasons for Use
6.0 Advantages and Disadvantages
7.0 Social and Ethical Concerns
8.0 Conclusion
References
Glossary

From the Paper
"The abilities and power of computers to this day have increased, almost exponentially, since the dawn of their creation. Every year the speeds of microchips more than double while their size continues to shrink. This exponential growth of silicon chip speed and inverse of size has come to be known as Moore's Law . As advancements in micro silicon chip production continue, however, more and more obstacles are faced due to the increase in complexities of the problems for which they are required. More computing power is required while costs need to be controlled. The answer to this is to build a radically different type of computer that uses DNA (Deoxyribonucleic Acid) as oppose to silicon to store and manipulate data. The practicality of this new design is still far off, however, it is believed that this new technology can produce DNA-based computers that would be far superior than today's supercomputers at a fraction of their size and, ultimately, their costs. A part-by-part comparison of both the silicon-based computer and the emerging DNA-based computer under the conditions of the major components involved in both, their method of use, and general reasons for use, will be discussed. Also, their potential in society will be evaluated based on their advantages and disadvantages in regards to storage abilities, cost effectiveness, and reliability of use, as well as, social and ethical concerns involving their effect on the future of computing, society, way of life, and potential misuses of this new technology. This report describes and evaluates the emerging technology of DNA based computers based on their engineering and biological principals, and provides a comparison of this prospect to the silicon-based computers used widely in all areas of today's society."

Tags:based, biology, biotechnology, compute, computing, dna, engineering

Abstract
This paper examines the recent breakthrough in genetics and reproductive technologies. It questions that , as a society, are we ready for these advancements. The paper argues that genetic engineering has great potential, which outweighs the risks, and it illustrates both sides of the argument in order to appreciate the promise and danger associated with these new genetic and reproductive technologies.

From the Paper
"The advancements that have come in the field of genetics and human reproduction are probably amongst the most controversial which have arisen in the history of the human race. These advancements actually present us with ways that we can redefine the human race itself. The mapping of the human genome, the possibility for human cloning, the developments that have arisen in the field of assisted fertilization, and the general idea of engineering human beings in order to fight diseases and other negative human conditions, have raised many, many arguments. Never before have we had so much control over our future and our nature. There are many promises that have been made in support of the development of reproductive technologies, all of which point to a better world as the result of the advancements that have been made. There have also been many people who have voiced opposition to the advancements, as they feel that they will result in negative affects that would undermine our entire system of values and ethics.The thesis of this paper is that the developments in human reproductive technologies are very important and offer us many benefits, but we are not completely ready either socially or technologically to deal with the advancements that have come so quickly."

Tags:cloning, fertilization, surrogate

Abstract
This paper explains that the introduction of DNA evidence has become the cornerstone of many forms of criminal investigations especially for sexual assault and murder. Nonetheless, DNA evidence still has its drawbacks. The author provides a basic understanding of DNA and the ways DNA is used as evidence at crime scenes. The paper points out the issue of privacy, the need for collaboration even when DNA associated with the accused is found, and the difficulty of explaining the complicated DNA procedures to a jury. The paper stresses that the use of DNA is most significant in the area of exonerating previously convicted individuals who were sentenced based on inaccurate eyewitness testimony or other faults of the investigation process.

From the Paper
"One of the controversial advancements that has come along with the use of DNA evidence is the development of DNA databases, which store the DNA of convicted criminals from previous cases. It is very similar to the fingerprint databases that exist, only these databases store the electronic print out of a person's DNA. The controversy occurs over the desire of some political groups to include all humans in these databases and not simply criminals. Additionally, some even object to the database at all, regardless of who's DNA it contains, as they believe it is an invasion of privacy."

Tags:unique, databases, privacy, regions, exoneration