Abstract
This work examines specific issues in food biotechnology today. The paper discusses which agencies are responsible for regulation of food products and what this regulation involves. Also discussed are the products that food biotechnology has enhanced. The author notes the consumer's potential unease with food biotechnology, and cites education as helping the public overcome this mistrust. The paper includes an extensive literature review.

Outline:
Introduction
Specific Requirements for Food Additive Ingredients
Food Biotechnology is not New
Consumer Doubts
Issues Management Plan
Summary and Conclusion
Bibliography

From the Paper
"According to the work of Sally L. McCammon, Science Advisor to the Animal and Plant Health Inspection Service for the U.S. Department of Agriculture: "If genetically engineered organisms are to gain greater acceptance, decisions that address concerns associated with the application of biotechnology to agriculture must be science based. Science also must be the base by which regulatory officials can sure and build upon credibility, remain current and assure a rational basis for decision-making." (1999) McCammon states that the science-based assessment means that "the review of any particular product is done using scientific criteria relevant to that product. Advances in biotechnology -- being able to determine what has actually happened at the molecular and biochemical levels -- have increased the ability of regulators to scrutinize product safety and the effect of product modification upon safety. The scrutinies of certain products and the rigor by which evaluations are performed have also increased due to biotechnology." (1999)"

Tags:food, biotechnology, consumers, food, industry

Abstract
In this article, the writer provides a brief presentation on statistics related to biotechnology and food safety and then a series of definitions for biotechnology are offered. Governmental involvement locally and internationally is provided before the paper focuses on issues related to labeling requirements and/or guidelines for genetically modified foods.

Tags:biotechnology, food, labeling

Abstract
The commodification of life has become more and more of an issue as science has taken us further and further into the world of biotechnology and has created more opportunities to view human beings as products. The issue has been considered in the past in terms of racial and gender issues. At one time, commodification was a fact of life for those who were slaves or treated as slaves, and often the working class is still viewed in these terms not as individuals but as workers, part of the industrial complex.

From the Paper
The commodification of life has become more and more of an issue as science has taken us further and further into the world of biotechnology and has created more opportunities to view human beings as products. The issue has been considered in the past in terms of racial and gender issues. At one time, commodification was a fact of life for those who were slaves or treated as slaves, and often the working class is still viewed in these terms not as individuals but as workers, part of the industrial complex. Vandana Shiva notes this with reference to textbooks that emphasize the role of man as an animal and that cite treatment of aborigines on a par

Tags:biotechnology, life, commodification

Abstract
In this article, the writer examines the issue of biotechnology in sport . The writer also looks at the effect it has on athletes and society.

From the Paper
"Some athletes will probably manage to exploit engineered genes while avoiding catastrophe. But it is clear that as genetic technologies begin trickling into the mainstream of medicine they will change sports profoundly and not for the better. As a society, we will have to ask ourselves whether new records and other athletic triumphs really are a simple continuation of the age-old quest to show what our species can do ... "

Tags:Polypotency, biotechnology, sports medicine, genetics, performance enhancement.

Abstract
Technology seems to be the precursor to biotechnology in terms of research to find cures for many diseases, which influences our society to be disease free. Biotechnology has detected diseases such as diabetes, multiple sclerosis, and sickle-cell anemia. These detections follow possible treatments to the diseases and an introduction to genetic engineering to assist with treating infectious diseases. Scientists and government officials have delved into funding biotechnology and/or genetic engineering in drawing up various guidelines, procedures and regulations.

Tags:genetic engineering, gmo, scientific

Abstract
This paper explains that, while the developing world has become one of the fastest growing markets for genetically modified crops (GMO crops), the vast majority of biotech crops are grown in the United States and other developed countries. The author believes that biotechnology, which increases the yield of existing land, may be the only way to save our valuable wilderness in the future. The paper relates that the realm of medicine and science, far more than the realm of food, is where one would expect to see strange, chimerical advances being made as history progresses towards the age of science fiction.

Table of Contents
Why Biotechnology?
Genetic Modification in the Food Production Industries
Biotechnology and the New Revolution in Medicine
Biotechnology in Warfare
Further Speculative Uses
Profits for the Developed World
Conclusion

From the Paper
"So it would be safe to say that transgenic foods obviously play a huge role in modern agricultural production and consumption practices. Those who fear for the future in terms of genetically altered foodstuffs and medicines might do well to notice that such a future is with us today. Currently, over 50 types of genetically altered plants, passed through the extensive screening procedures instituted by the American Federal Government, are being widely produced and consumed throughout the world. The reasons farmers choose to plant genetically engineered crops is related to the reasons why consumers often unknowingly prefer them. These transgenic crops are often healthier plants (requiring less herbicides, pesticides, anti-fungal sprays, and so forth) and may have more appeasing, appetizing and abundant yields. All in all, this translates into higher profit for farmers and for the corporations that sell seed stock."

Tags:modified, developed, wilderness, bacteria, cloning

Abstract
The paper outlines the achievements of biotechnology and focuses on Mexico's race-based genome project and the United Kingdom's genetically modified rice that is enriched with Vitamin A. The paper looks at the economic benefits that are provided to the United States through biotechnology and its discoveries, and also mentions other environmental benefits as well as the hazards that are associated with the industry. The paper then discusses how in conducting research and using biostatistics, governments, workplaces and academic institutions can prepare plans to protect the public from epidemics and natural disasters.

Outline:
Biotech Attitudes in Other Countries
Economic Implications
Hazards and Benefits
Serving the Public
Conclusion

From the Paper
"The true definition of biotechnology is intent on solving our environment while extracting cures for disease and mastering our destiny in an attempt to improve the human condition. Ultimately we wish to discover everything there is to realize in regard to ourselves and the planet we occupy. Utilizing tools of modern biology whether it is molecular biology, chemistry, genomics, or genetics, we understand the biological phenomenon on a new level. In 2005, the one billionth biotech acre was planted. This is a remarkable milestone in biotechnology that will assist in propelling our findings into the future of this science that involves Earth as the only place we know of, with true life."

Tags:influenza, pandemic, disaster, preparedness, genetic, engineering

Abstract
The paper defines biotechnology as the application of technology, especially genetics, to industrial or manufacturing aspects of life sciences. The paper describes the history of this industry and its global successes. The paper discusses how biotechnology promises to feed the world, reduce environmental harm and expand agricultural markets and production possibilities. The paper concludes that probable judgment on the acceptability of biotech products by consumers will still have to be rendered on this vastly-untried field.

Outline:
Abstract
Introduction
History
Market Structure, Income Statement and Economic Efforts
Forecast and Conclusion

From the Paper
"Technology is the application of a scientific method and scientific knowledge to industrial or commercial objectives (Hand 2002). Biotechnology is the application of technology, especially genetics, to industrial or manufacturing aspects of life sciences. Biotechnological applications include the production of drugs, synthetic hormones and bulk foodstuffs; the bio-conversion of organic waste; and the use of genetically altered bacteria. Because it possesses intensive investment in research and development, a crucial role for knowledge capital in creating value, and high growth opportunities, biotechnology is classified as high-technology (Hand)."

Tags:technology, drugs, synthetic, hormones, organic

Abstract
This paper examines how the biotechnology sector is one of the most research and development-intensive and capital-focused industries in the world. It confronts the problems facing the industry, proposes solutions, and provides viable alternatives. A specific comparison is made between the United States and the European Union, including ethical considerations and consumer perceptions.

Outline
Executive Summary
Biotechnology Market Analysis
Assumption
Key Biotech Sectors
History of the Biotech Industry - An EU Perspective
Current Industry Context - Global Basis
Key Markets
Outlook
Alternatives
Recommendation
Appendices

From the Paper
"Agricultural biotechnology applications, primarily Genetically Modified Organisms (GMOs), have been widely accepted in the US. Conversely, in the EU, conflict rages on regarding the genetic engineering or hormonal growth and enhancement in food sources. Recently, several French farmers were charged with the of destruction of private property for destroying test fields from neighboring farmers for fear of the modified seeds spreading and tainting their own crops.23 Biotech applications including pharmaceutical, bio-warfare prevention, genetic malfunction and detection of abnormal activity and correction through re-engineering of cellular level laboratory creations and manipulated organisms is still in alignment with some of the US sentiment and most EU denizens as long as it does not include stem-cell research."

Tags:agriculture, management, globalization, genetic, engineering

Abstract
This paper takes macroeconomic's view of the biotechnology industry by showing how the industry is currently made up of several small and medium sized firms along with few large concerns. The author indicates how the industry has been growing steadily for almost a decade and how it is making significant profits even when the economy on the whole is faced with a recession-like situation.

From the Paper
"As the biotechnology industry is rapidly expands it has been attracting attention of both the government and the investors. Many firms have entered the field though there are only a handful of large multi-million dollar firms. The industry has been engaged mainly in the research and development of biotechnology products including several drugs and vaccines, which are based on biomedical research. Biotechnology is fast becoming the center of attention as scientists and researchers are taking a keen interest in this field. The government has also shown keen interest in the development of this industry but with biotechnology thousands of protests have also emerged."

Tags:hitech, recession, economic, markets, ethics, trade, government, research, drugs, development