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Abstract of food additives
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I. Introduction
Throughout history, humans have been obsessed with food, and to make this food taste better or last longer, humans have added substances to their food. These substances are called food additives. Food additives have been used as long ago as 5000 years ago to pickle vegetables, and to preserve fish and meats. Now food additives have taken its place and have had a wide range of uses including stabilizing the Ph of foods, increase saltiness, prevent oxidation, increase shelf life, enhance texture, and much more. Food additives have a general connotation that they are man made, but food additives can both be synthetic or naturally derived. Examples of naturally derived food additives include vitamin C (corbic acid), sodium, or lecithin found in soybeans. Generally, these food additives are used in very small quantities and are very carefully monitored by various scientific organizations.
In the early 1900s, food additives were used extensively after their potential was revealed. The problem is that in this time period, food additives were not controlled nor monitored. Naturally, companies added more and more food additives to make their food more appealing, and this posed dangerous safety concerns. For instance borax loaded onto foods. Borax is shown to be toxic, and is shown to be a toxin for reproduction. However, today borax is used to lengthen the shelf life of many foods in other countries illegally, though regulations strive to keep these toxic food additives in control.
The term food additives has many definitions which can be applied from different organizations. These definitions are complex and lengthy to touch on as many regulations as possible. An excerpt from the FDA’s (US Food and Drug Administration), de...
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...asmine Motarjemi. N.p.: Elsevier, 2014. 466-70. Vol. 2 of Encyclopedia of Food Safety. 4 vols. Science Direct. Web. 6 May 2014.
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O’Mullane, Matthew, Glenn Stanley, and Barry Fields. “Food Additives: Sweeteners.” Hazards and Diseases. Ed. Yasmine Motarjemi. N.p.: Elsevier, 2014. Vol. 2 of Encyclopedia of Food Safety. 4 vols. Science Direct. Web. 6 May 2014.
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Tomaska, Luba, and Simon Brooke-Taylor. “Food Additives: Food Additives – General.” Hazards and Diseases. Ed. Yasmine Motarjemi. N.p.: Elsevier, 2014. Vol. 2 of Encyclopedia of Food Safety. 4 vols. Science Direct. Web. 6 May 2014.
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Synthetic foods have the ability to change the workforce, restructure our culture toward more productivity, and increase American quality of life. By supporting synthetic foods, we are supporting the future.
This report will explain the current status of Lazar Sharipoff’s final report to Richard A. Durst, the chairman of the Food Advisory Committee for the Food and Drug Administration (FDA). This status report includes the relativity of labeling Genetically Engineered (GE) products to Richard, who the stakeholders are, disagreements among experts on GE products. The most interesting information Lazar has found so far, and what information he needs to complete his research.
Kapper, Don. “Feed Contaminants and Additives Potentially Toxic to Horses.” AOCS.org. N.p., 2012. Web. 16 Feb. 2012. .
Customers/Consumers were worried about the changes in the market for food and drugs because they no longer had a single clue of what was in their products. Food production was moving from household prepared to general markets. As food markets became more refined due to the improvement of technology. The difficulty in discerning the quality of their product heightened. With new and quicker ways make food, fears of the ingredients that the foods consisted grew. Preservatives and chemicals also instilled a concern to consumers. Health officials, chemists, and other individuals tested and proved the dangers of these new additives.
In the past decades the incidence of heart disease has increased, about three million people dying of cardiovascular disease in China per year (according to statistics from the Ministry of Public Health of China), which draws people’s great concern to find ways to take precautions. With the development of element analytical method, some types of chemical substances that are beneficial to cardiac health have been found. Lycopene is a very popular natural anti-oxidants found in recent years (Dai, 2011), as well as capsaicin and dietary fiber. Whilst some research focuses on the mechanism of action, little attention has been paid to usability issues, in particular to the generalization of health-giving chemical substances in ordinary meals. There is a lot of evidence that vegetables can positively contribute to prevent heart diseases, by supplying biologically active components. This article continues previous research in the field of Biochemistry and Medical Science, mainly trying to study the effective components which can prevent heart disease in edible vegetables.
Over a period the human body can develop a series of sicknesses when it intakes an excessive amount of artificial food, these sicknesses may include cancer, ADHD, and obesity. The human body is made to digest Earths natural nutrients, either if its meat, grains, herbs or crops. The question is ‘do we really want to know what we are consuming? Over the years, many scientists toiled in labs trying to figure out what chemically engineered products we would like best, either if it is from the taste, scent, texture, or appearance. Businesses care more about the wealth of the product than about our planet's well being. The scientists load up the product with a preferred amount of salt, sugar, and/or fat, just so the consumer will purchase the item. The dyes in food alone are so unnatural that they could cause serious complications in children.
Food has been a common source of necessity in our everyday lives as humans. It helps gives us nutrition and energy to live throughout our life. Over several decades, the development of making foods has evolved. They have changed from natural to processed foods in recent years. Nowadays natural ingredients are barely used in the making of foods like bread, cheese, or yogurt. The food industry today has replaced natural food making with inorganic ingredients. The cause of this switch is due to processed foods being easier, cheaper and faster to make. Artificial nutrition and processed foods have been proven to last longer in market shelves then natural foods. Also, due to artificial additives in processed foods they help satisfy consumers taste more than natural ingredients. The method of producing processed foods is common in today's food industry and helps make money faster and efficiently for companies. Examples of this can be found in all markets that distribute food. Even though processed foods may be easier and faster to make, they are nowhere near as healthy for consumers compared to natural foods. Natural foods are healthier, wholesome, and beneficial to the human body and planet then processed foods.
With the way technology has grown, especially in the field of genetic engineering, has led scientists to figure out a way to alter how food is made. This raises concerns and lot of questions regarding the methods they are using. From what possible side effects can occur to the risks it poses to everyone and everything. Unfortunately, there has been limited research and testing done. With that in mind there is not enough information available about the hazards of genetically modified foods. But, what we do know is alarming. Most of the debate surrounding GM foods are focus on the following three issues: 1. Human and environmental safety, 2. Labeling , and 3. Consumer choice. In this section of the paper I will be discussing how genetically modified food can be dangerous on the health of humans.
Food is “composed of synthetic chemical additives, such as colorings, preservatives, sugar substitutes and trans-fats” (Fitzgerald, 2006, p.72). Fitzgerald reported that by the “1970s most meats and dairy products that were factory farmed were laced with growth hormones, antibiotics and a range of pesticides” (p.72). Furthermore, food that is frozen, packaged and canned is considered processed food. A brief explanation of the chemical additives in processed food. 1.
Food safety is an increasingly important public health issue. Governments all over the world are intensifying their efforts to improve food safety. Food borne illnesses are diseases, usually either infectious or toxic in nature, caused by agents that enter the body through the ingestion of food. “In industrialized countries, the percentage of people suffering from food borne diseases each year has been reported to be up to 30%. In the United States of America, for example, around 76 million cases of food borne diseases, resulting in 325,000 hospitalizations and 5,000 deaths, are estimated to occur each year.” (Geneva 2)
The food industry nowadays includes injected fruits and artificial meat. In this industrialized era we live in today, we’ve found many ways to produce items faster, regenerate products to make them bigger and taste better, and this is all done using chemicals or under unsanitary environments. Not only are we ruining the nutrition of the product and putting consumer’s health at risk, we are also stressing the environment. Factory farming is a well-known issue to many, we are all educated about the problems in our food industry in relations to fast food; however, many people fail to realize that even most items in a regular supermarket and even some organic markets are produced under unsustainable or contaminated means. The question is, how does one decipher whether or not their item is produced in a safe and healthy environment? Simply looking, smelling, or even tasting a product does not allow you to do so.
The third weakness is the fact that food tests, inspections, and the detection of contaminants are taken seriously only after an outbreak of some food-borne diseases, food poisoning, or deaths. The increase in the number of food establishments or outlets such as cold stores, hypermarkets, and supermarkets reported by the Public Health Director has also made inspection and control mo...
In the starting of 20th century, food additives became more complicated. Instead of natural additives that had been used for centuries, laboratories started creating synthetic additives – some of them are combination with natural products, some completely artificial. This new additive includes food dyes and artificial sweeteners, along with some host additives and preservatives.