Food Products And Biotechnology Essay Research Paper

7 July 2017

Food Merchandises And Biotechnology Essay, Research Paper


This paper is about Biotechnology and its usage in making new nutrient merchandises. In researching this paper, I found there is a batch of information on this topic and a batch of argument on the creative activity of genetically altered nutrient, medical specialty, harvests, and more. I decided to make my paper on the genetically altered nutrient portion of the topic. I will discourse what biotechnology is, who is for it and who is against it, and what some of the ethical concerns are when it comes to turning genetically modified ( GM ) harvests.


Biotechnology is a wide term that applies to all life beings. It is used for everything from micro-organisms used to ferment beer to the most sophisticated signifiers of cistron therapy. There are two classs of activities in biotechnology: the traditional methods and new scientific methods.

We will write a custom essay sample on
Food Products And Biotechnology Essay Research Paper
or any similar topic specifically for you
Do Not Waste
Your Time

Only $13.90 / page

The traditional methods are the manner that husbandmans have been engendering their harvest for centuries, cross genteelness workss until eventually some coevals down the line is precisely the manner they want it. The new methods are taking cistrons from different beings and infixing them into another being in the lab. This eliminates the waiting period to acquire the consequences they want, alternatively they get the exact works they want right off. The United States authorities defines it as being & # 8220 ; any technique that uses populating beings or parts of life beings to ( 1 ) brand or modify merchandises, ( 2 ) better workss or animate beings, or ( 3 ) develop micro-organism for specific utilizations. The intent of biotechnology in nutrients is to make better tasting and more alimentary nutrients, that have higher harvest outputs, and workss that are of course protected from disease, insects, and drouth. Through biotechnology scientist can develop workss with merely specific good traits and leave out the unwanted traits. They can alter one feature or a few features at a clip with current engineering. This enables them to let go of, for usage, the modified seeds one measure at a clip alternatively of disbursement old ages to develop the best tasting and hardiest workss all at one time. It takes 10 & # 8211 ; 12 old ages to engender workss in the traditional manner. With biotechnology, breeders can choose the exact traits they are looking for and blend them together enabling them to acquire the workss they want in merely 1 & # 8211 ; 2 old ages. Crops that are presently produced in the U.S. through biotechnology are soya beans, maize, canola, tomatoes, squash, and murphies. These harvests are suppose to be improved versions of the traditional 1s with added good traits. RISKS Some of the hazards, to worlds, that scientists have identified are new allergens in the nutrient supply, antibiotic opposition, a concentration of toxic metals, and sweetening of the environment for toxic Fungis. NEW ALLERGENS New allergens could do jobs for people that are sensitive to certain things and do non cognize that they are now portion of something else that they were non allergic to. For illustration if they put certain milk proteins into carrots, parents would cognize non to give kids allergic to milk the milk but they would non believe twice about giving them the transgenic carrots that now contain milk proteins. A survey done at the University of Nebraska showed that soya beans that were genetically engineered to incorporate proteins from Brazil nuts caused people allergic to Brazil nuts to hold reactions to the soya beans. ANTIBIOTIC RESISTANCE In familial technology the frequently use antibiotic resistant cistrons as what they call & # 8220 ; selectable markers & # 8221 ; . The markers help choose cells that have taken up foreign cistrons. Although the cells no longer hold a usage for the cistrons, they still stay in the works tissues everlastingly. Having these antibiotic cistrons in nutrients could do two jobs. This first is eating the nutrients that contain the cistrons could cut down the effectivity of taking antibiotics that need to be taken with nutrient when you are ill. An illustration is if you eat a tomato with the antibiotic cistrons at the same clip as you take an antibiotic, the cistrons could destruct the antibiotic in your tummy. The 2nd thing that could go on is the opposition cistrons could be transferred to worlds doing the antibiotics taken when sick useless. Although figure two is improbable with out some sort of scientific mediation, the possibility should be closely checked. CONCENTRATION OF TOXIC METALS Some of the new cistrons being added to workss have the ability to take heavy metal, such as quicksilver, from the dirt and dressed ore so in the tissues of the works. The ground, they have added these cistrons in some works, is so that municipal sludge can be used a fertiliser. The sludge contains foods that are good for the workss, nevertheless the sludge is besides contaminated with heavy metals. The thought is to do the works so that they can take the metals to non-edible parts of the works. For illustration, in a tomato works the metal would concentrate in the roots and in a murphy works, the metal would be in the foliages. To make this they use some sort of familial on and off switches. The hazard is that if the switch is non wholly off the comestible portion of the works could be contaminated. ENHANCEMENT OF THE ENVIRONMENT FOR TOXIC FUNGI It is possible that taking cistrons from works could do jobs. The illustration I found is the caffeine in java beans, by turning the cistron off or taking it wholly to turn decaffeinated java they could make a fungous job. The caffeine in java beans really protects the workss from Fungi. If beans are unable to bring forth the caffeine, they could be coated with a bed of toxic Fungis, such as aflatoxin, which is toxic to worlds and these toxins can stay in the nutrient through the procedures of nutrient readying. BENEFITS There are many

possible benefits of familial technology of beings. Some of the pictured benefits are technology animate beings for leaner meat, drug-producing installations, to defy diseases and beginnings for transplant variety meats. Engineering workss to defy weedkillers, diseases and plagues, to be more alimentary, to turn faster and to better the gustatory sensation and quality. Bacterias to bring forth drugs for farm animal and nutrient processing AIDSs. So far, the workss and the bacteriums are the lone genetically engineered merchandises on the market. Presently tomatoes, papaia, Piper nigrums, squash, maize, soya beans, and cotton have been genetically altered to defy weedkillers,

insects, and disease and to better the spirit an

500 quality. Plant can bring forth larger harvests than before with less infinite. Bacterias have been reengineered to bring forth rennet, which is an enzyme used to do cheese and is widely used by U.S. cheese manufacturers. Bovine Growth Hormone ( BGH ) is made for engineered bacteriums and is used to increase milk production in cattles. BGH is presently being used by about 10 % of the U.S. dairy farms. Some other benefit expected in the close hereafter are reduced degrees of natural toxins in the workss, widening the shelf life of nutrient, and simpler and faster methods in placed pathogens, toxins and contaminations. Some merchandises being released shortly with these benefits are healthier oils, sweeter peas with higher works outputs, bananas and Ananas comosuss with delayed maturing qualities and higher protein rice utilizing cistrons transferred from peas. Further in the hereafter it is expected to assist avoid famishment as the universe population grows to over 10 billion people by the twelvemonth 2050. This is expected to be accomplished by increasing a cropโ€™s ability to defy drouth and other environmental factors. The benefits expected down the route include safe nutrients with less allergenic proteins, drouth and inundation opposition, and tolerance to salt, metals, heat and cold. OPPONENTS This portion is traveling to touch on some of the oppositions to genetically modified ( GM ) nutrients. One of the biggest is the Prince of Wales and all of England. The Prince has been really vocal in the yesteryear on this issue he has given a few addresss and even get downing an on-line forum on the topic. He is forcing for public argument on GM nutrient. He believes GM is more than merely an extension of selective genteelness techniques that blending familial stuff from different species that would usually non engender โ€œtakes us into countries that should be left to God.โ€ He says we should non tamper with the edifice block of life. He does experience that familial use could take to good in the field of medical specialty, agribusiness and the wellness of the environment, but that advanced engineering brings dangers with it besides. He, along with several others, think that weedkiller immune harvests will take to more chemicals being used on harvests non less. Him and others says that the trait for weedkiller opposition will distribute to wild works life and do weeds that are immune to weed slayer as good. If workss produce there ain pesticides it will kill the good bugs every bit good as the bad 1s. Besides, with the pesticide everyplace in a harvest, it will take to a tolerance to the pesticide on the portion of the bugs and they will finally be immune to it. During pollenation and with air currents the pollen can distribute from the GM harvests to conventional and organic harvests polluting them. He wonders about the claims that GM harvests are needed to feed the worldโ€™s turning population. He thinks it is more a deficiency of money than a deficiency of nutrient that is the job. The representatives of 20 African provinces, including Ethiopia, have published a statement stating that GM harvests will non assist their husbandmans produce the nutrient that will be needed in the 21 century. In fact, they think it will destruct the diverseness, the local cognition and the sustainable agricultural systems and undermine their capacity to feed themselves. He besides wonders how the developers of all this engineering are be aftering to do a net income from selling their merchandise to the poorest parts of the universe where they claim it is need the most. He feels it would be better to concentrate on sustainable techniques that can duplicate or treble the outputs from the traditional agriculture systems. England has been forcing for labeling demands to inform the consumer that nutrient is genetically altered, so that they can do their ain determination as to whether they want to eat it or non. The inquiries raised by oppositions are โ€œIs it safe? โ€ so far

there is nil demoing that it is non, but there is besides non much informations demoing that it is either. & # 8220 ; Why are the regulations for GM nutrients less rigorous than those for new medical specialties produced utilizing the exact same engineering? & # 8221 ; If GM nutrient is traveling into our organic structures merely as medicines do, it should be capable to the same testing. & # 8220 ; What is the effects on the environment? & # 8221 ; Laboratory trial have already shown in the U.S. that the pollen from GM maize has damaged the caterpillars that turn into the Monarch butterflies, if it can ache them what is it making to other species? They are non even proving the maize it is in widespread production and this should hold been caught if testing had been done. It should hold been caught by the company that makes the seeds or by the regulative governments that let the seeds be sold on the market. It would do sense to works a little trial subdivision of a harvest and see what will go on. & # 8220 ; If something goes incorrect with a GM harvest, who will be held responsible? & # 8221 ; This is a & # 8220 ; large one & # 8221 ; who is traveling to be lawfully apt for the harm, whether it is to human wellness, the environment, or both. Will it be the company who produced and sold the seeds, the husbandman who grew it based on being told it is safe, or will it be everyone which is the instance with BGH. There has been a statement put out by a group of scientists from 13 states all over the universe naming for a moratorium on GM harvests and an straight-out prohibition on patents of GM seeds. They put out to all the authoritiess of the universe this statement and hold asked the authoritiess to make the followers: ? Enforce an immediate moratorium on farther environmental releases of transgenic harvests, nutrient and animal-feed merchandises for at least 5 old ages. ? Ban patents on life beings, cell lines and cistrons. Support a comprehensive, independent public enquiry into the hereafter of agribusiness and nutrient security for all, taking history of

the full scope of scientific determination every bit good as socioeconomic and ethical deductions. They are concerned that there needs to be more testing due to turning grounds of jeopardies to biodiversity, nutrient safety, human and carnal wellness. They do non experience that neither the demand nor the benefits of familial technology of agribusiness have been proven. They say that new scientific grounds warrants an immediate moratorium. They say that cross pollenation is already go oning making many species of superweeds and that the opportunities of transgenes distributing to other works is 30 times more likely than a works distributing its ain cistrons. These 61 scientists have me convinced after reading their statement that the authoritiess need to set a arrest to this and hold farther testing and polishing done before anymore are grown commercially.

How to cite this essay

Choose cite format:
Food Products And Biotechnology Essay Research Paper. (2017, Jul 24). Retrieved April 25, 2019, from
A limited
time offer!
Get authentic custom
ESSAY SAMPLEwritten strictly according
to your requirements