The key aspect discussed in this essay will be the negative implications of TBHQ, both physically and morally. TBHQ has been associated with devastating consequences which consumers need to be aware of. This essay will analyze TBHQ, its working environment, why it is used, effects of TBHQ on the human body etc. TBHQ is commonly used in foods which people consume on a daily basis, but it is not given allot of attention to. This causes invisible dangers hiding in foods you consume every day. This chemical is commonly found in foods for a reason, it prevents the oncoming of rancidness and oxidation which preserves the food for extended periods of time. TBHQ is a preservative commonly used in foods, more specifically, it is an anti-oxidant which …show more content…
Anti-oxidative compounds/preservatives can be naturally found or synthetically produced in laboratories, since TBHQ is not naturally found, it is a large scale synthetically produced preservative (Marmesat, S., A. Morales, J. Velasco, and M.C. Dobarganes). TBHQ is not only used in foods, it is commonly found in aviation/normal fuel, food packing, make-up, paints, medicines, plastic etc. (Pennebaker, Holly.)( Race, Sharla)( BRUNDRETT, Ross, and Peta HELLARD.). TBHQ was created to try and address a problem, this problem was that most foods expired very quickly and therefore, the companies would have to throw away masses of food and they would have to be replaced with freshly produced foods. TBHQ, together with other preservative compounds, address this problem and enhance the shelf life of many foods by stabilizing damaged cells in the foods by donating cells to them. If those cells would not be stabilized or fixed, they would harm the food in ways which is commonly known as oxidation or expiration. This would cause discolorations in the food, bad smell, it often causes bad taste and …show more content…
Is it ethically correct to use TBHQ? How did they find out all the implications it presents itself with? Is TBHQ ethically correct? TBHQ is known for being tested on animals. it has been tested for possible side effect on animals such as rats. Even more frightening, these animals were later sacrificed and gutted for tests on their organs ("898. Butylhydroquinone, Tert...”). In some places, animal testing is required before putting new additives into foods. This requires the ‘torturing’ of animals and most likely the killing of them. Animal testing can be a very cruel process, in most cases animals get harmed during the process ("Product Testing: Toxic and Tragic."). So is this ethically correct? On the other hand, what would happen if we wouldn’t use animals to test the new products on such as TBHQ. Most likely if we hadn’t used animal testing for TBHQ, people would have suffered themselves from the consequences. Can we permit to eat substance of which we don’t know the effects? TBHQ has been tested on animals but this prevented many people to be harmed. We consume many deadly products a day, sometimes even without knowing it. Can we allow this, but who knows how much better/worse it would be without these products. TBHQ allows more people across the world to have acces to fresh/non-rotten food. This is because without these preservatives, foods would expire before we would be able to
The publisher’s intended audience are people who advocate for the rights of animals and are searching for different methods of testing products. The purpose is to inform the people that animal testing is “old school” compared to the new innovative ideas. They want the people to be aware that these experimentations are not successful with the animals nor when they are tested on humans.
Do you know about a fact that maple syrup has same classes of antioxidant compounds as found in berries, tomatoes, tea, red wine, whole wheat and flax seed? The quantity and variety of identified compounds
Over 100 million animals are used as test subjects in the world, with approximately 26 million of them in the United States. Sadly, a majority of the time the products that are being tested on animals are not even effective once human trials begin. Consumers might object that if the products were tested to be safe on animals then they would be safe for humans. Yet, 92% of the times the products actually work in animal trials they are later deemed too dangerous or uneffective for people. Which means that most of the animals used in scientific testing are being abused for no apparent reason.
So, using animals is really useless because just because a drug is safe for an animal does not mean it will necessarily be accurate and safe for humans. PISC scientist Gilly Stoddard says “it is unconscionable that animals are dying as a result of the failure to update testing guidelines.” (O’Driscoll 8) Animals should not be dying because humans are using them for inaccurate tests.
Some of the newest beauty and hygiene products that are out on the market today now have labels that advertise that they are “paraben free.” This is supposed to be an effective way of encouraging customers to buy the lotions, shampoos, and soaps because they are healthier and safer for the environment. But since not everyone fully understands what parabens are, some may just choose less expensive items that are loaded with the ingredient instead. So to help, the following is a detailed explanation of what parabens are and what they do to the body. What are Parabens?
TBHQ is found in microscopic amounts in food products because it is extremely toxic and it only takes 5 grams of TBHQ to kill a human being. Food should die, and not have a shelf live of years. The American people are eating foods that are so processed, that they don’t even rot! The American food industry is also wrongly educating people on the food we eat.
Animal testing is a highly controversial subject, disputed among many. It is evidently not pleasant to animals, but it is extremely beneficial for scientific findings. Some say it is a necessary evil, and some say it is animal cruelty. Others cannot simply make up their minds about this subject. Although many people are against animal testing, it must continue due to medicine development, advantages of testing animals over other subjects, and the regulated experiments for the animals’ safety.
Animal testing has become a double-edged sword topic all around the world. Researchers believe that it is morally ethical to conduct extreme research procedures on animals when it is unethical to conduct on humans. Research is responsible for many medical breakthroughs and an important factor to the development of medical advances is the inclusion of animals in research. Medical research with the help of animal testing has prevented hepatitis B, measles, etc. (Karayiannis et al. 2004).
Millions upon millions of animals are killed mercilessly every year due to these experiments. “Most animal experiments are not relevant to human health, they do not contribute meaningfully to medical advances and many are undertaken simply out of curiosity and do not even pretend to hold promise for curing illnesses” (Animal). Not only does this testing waste animal lives, but humans as well. Because animal testing is so ineffective, many humans have contracted illness, irritations, mental problems, etc. because of these drugs being successful on animals and not humans.
“Hey mom can you make some chicken tonight? No, son remember our government enacted the new animal bill of rights.¨ this is a conversation that one would not want to partake in because of how absurd soundsWell we are not far from a day where one would be participating in such a conversation due to the fact that people are trying to approve an Animal Bill of Rights. The Animal Bill of Rights would cause a lot of controversy and problems in the future. Animals do not deserve an Animal Bill of Rights due to the fact that: animals are a large source of our food, animals are needed to apply research based tests on, and lastly the Animal Bill of Rights should not dictate how we treat the pets that we own Humans have interacted with animals for years, but this Animal Bill of Rights will change the way we interact with them.. A common
Reference (Understandinganimalresearch.org.uk, 2014) • 71 of the noble prizes won in the last 100 years have been awarded to scientists who have used animals in their research for medicine. Reference (Pro-test.org.uk, 2014) There’s no denying that there are pros and cons to using animals for testing which you can see above, and that’s only scratching the surface. Below is a case study which shows what happens when products are not tested before being put out on the market. If these products where tested on animals beforehand would we have saved all these lives?
Using chitosan as a food preservative allows for reuse of this waste, making its use environmentally beneficial; while also reasonably cheap and cost-effective in production and usage. - Its biodegradability also allows chitosan biofilms to be beneficial to the environment. - The chitosan film has antibacterial and antifungal properties, meaning that it ultimately prolongs shelf-lives of the foods which it coats. - As chitosan film is a polysaccharide which physically coats the food product, it offers the advantage of being edible,
It is true that animal testing is painful, but they are not hideous monsters. Most scientist do not like to do animal testing, they are attached to them. Many people oppose because animal testing is bad. They are tortured during animal testing. Animals might receive the necessities.
There is a debate on whether or not scientists should test human products on animals. Not only does the testing on these animals do more harm than good, but also humans and animals are not physically and genetically the same. Testing human products on animals should not be allowed. Testing on animals can cause harmful side effects. Some tests are known for “immobilizing rabbits in full-body restraints while a substance is dripped into their eyes or smeared onto their shaved skin” (Product Testing: Toxic and Tragic).
The oxidation products are known to be health hazards and are linked to aging, cancer and heart disease. The double bonds of -3 fatty acids are highly prone to oxidation due to their large number and position in the fatty acid chains. Initiators such as light, heat, oxygen and transitional metals produce lipid radicals and lipid peroxides leading to formation of conjugated dienes and trienes through cis-trans isomerization processes and shifts in the double bonds. [3] The unstable lipid peroxides further degrade to form more harmful secondary oxidation products such as carboxylic acids, ketones and aldehydes (e.g. cis-4-heptenal, (Z,Z)-3,6-nonadienal, (E,Z)-2,6-nonadienal) which cause the undesirable odor and taste associated with rancid oil. Further degradation results in tertiary oxidation products such as short-chain free fatty acids and unsaturated fatty esters.