Dyes and Additives Harmful Effects

Dyes and Additives Harmful Effects Bella Zavlanova DO FOOD ADDITIVES/ DYES CAUSE  HARM TO CONSUMERS? The objective of this paper is to find out if dyes and additives such as red 40, yellow 5, yellow 6 and blue 2, which are added to foods, drugs, and cosmetics, are harmful to the consumers? Do we really believe these dyes or additives can cause cancer or other more severe conditions? Dyes were used in ancient times and then how artificial colors were first discovered. Next, would be about the consequences of consuming foods with these dyes. Then comes the question about what countries have banned artificial coloring and why doesn’t the US government do the same? Afterwards, how can the intake of these harmful dyes be lowered? This research will aim to show what will happen when consuming these foods; and a guide on how to consume foods without harmful dyes properly succeeds and develops a better and healthier life. HISTORY OF DYES In ancient times naturally colored additives were produced using vegetable, mineral, and other natural substances were used to dye foods, drugs, and make-up.Some examples of natural sources such as are paprika and turmeric are used as food dyes. Other sources include lead oxides and iron which both are used t make shades of red. Iron is also used to make colors like dark grey, bright yellow, and deep purple. Another natural source is saffron that ranges color from yellow to orange and lastly and even copper sulfate can be used to make blue colors. Sir Henry William Perkin was attempting to form an anti-malarial drug in 1856; instead he discovered the first synthetic color called mauve. From his accidental discovery a new color industry was born with an uncountable amount of new colors such as magenta, fuchsia, violet and so many others have followed. These new artificial dyes were quickly take on by food industries as they were inexpensive and more of a stable way for coloring foods.Dyes where first created from coal and tar which gave it its first name as Coal-tar colors. (U.S. Food, 2003). There are three categories for Color additives the first is straight colors. Color additives that has not been mixed or chemically reacted with any other ingredients are called straight colors. An example of a straight color is FDC Blue No1 or Blue 1. The second category is chemicals reacting to straight colors with substrata which are called lakes; Blue 1 Lake is one example. Lastly, the third category is mixtures. Which is a color additive created without a chemical reaction by combining multiple color additive or non-colored diluents. Food inks used to mark confectionery are examples of a mixture. (U.S.Food, 2003). PURPOSE OF COLORING Anything that is a dye, coloring, or other material that can transform the color of a food, drug, cosmetics, clothing, or to the human body is considered a color additive. Like now, colors were used to serve as a visual sign for quality, to make it more eye catching to the buyers and so that it meets consumer expectations of the product. These color allow us to identify products like sweets; serving as a kind of code (U.S. Food, 2003). People associate certain colors with certain flavors, and the color of food can affect the observed flavor in everything from candy to wine. Occasionally the aim is to mimic a color that is alleged by the buyer as natural, for example adding the red color to glacà © cherries which would have been beige. Or sometimes it is used for effect, like making ketchup green. Dyes are used in foods for countless reasons, to replacing color loss due to exposure to light, air, temperature extremes, storage conditions and moisture. Correcting natural discrepancies in color and enhancing naturally occurring colors. It also provides color to colorless and fun foods and makes food more attractive and appetizing, and informative. In addition, products like fruit flavored candy or medicine dosages can be recognized by the consumers on sight. When foods are treated, essential nutrients and fibers are not only removed, but also the textures and natural variation and flavors are also lost. What’s left after processing is a bland, boring pseudo-food that would not be appealing to anyone (U.S. Food, 2013). Therefore, the nutrients, flavor, color and even the texture that were lost during the process in order to make them edible are add back in the product by manufacturers. That is why they turn out to be overburdened with food additives. Most frequently, additives are incorporated to slow spoilage, stop fats and oils from going rotten, inhibit fruit from turning brown, fortify or enrich the food with man-made vitamins and minerals to supplant the natural ones that were lost during processing, and improve taste, appearance and texture. CONSEQUENCES OF CONSUMING FOODS WITH DYES The Washington Post has stated that beyond the cancer risks and behavioral problems, the greatest hazard that dyes pose for children may also be the most obvious. They distract kids taking them away from nutritious foods and leading them towards brightly colored processed products that are high in calories but low in nutrients, such as fruit-flavored drinks and snack foods. Those types of foods are one of the major harms that are leading to a widespread of obesity in America. (Dark side, 2011). The most popular dyes used in the United States are yellow 5, Red 40, yellow 6 and blue 2. Study has shown that these colorful additives can cause behavioral problems as well as cancer, birth defects and other health problems in laboratory animals. Allergy-like hypersensitivity reactions in children are suspected to be caused by yellow 6 and Red 40. The Center for Science in the Public Interest reports that some dyes are also contaminated with known carcinogens. Below is a list of the food dyes most commonly used today and what they can cause to whoever consumes products that contain them. It is to be kept in mind that most studies were found inconclusive by the FDA. CSPI also lists that most of the food dyes contain Benzedrine and 4-Aminobiphenyl. Benzedrine is a man-made chemical that causes skin allergies, cancer of the urinary bladder. Some data acclaims that other organs, such as the stomach, kidney, brain, mouth, esophagus, liver, gallbladder, bile duct, and pancreas, may also be affected. Most of these discoveries were only tested on lab animals like mice dogs and rats. SUMMARY OF STUDIES ON FOOD DYES Food dye WHERE IT IS FOUND? Allergic reactions Carcinogenic contaminants Tests for cancer* Other** Mouse Rat Blue 1 (Brilliant Blue) Baked goods, beverages, dessert powders, candies, cereal, drugs, and other products. Yes No in utero studies. One abstract (study not published) Reported kidney tumors. No tumors in the only good study. Test tube study found inhibition of nerve-cell development. Radioactivity in the urine Blue 2 (Indigo Carmine) Color beverages, candies, pet food, other food and drugs. Both studies were too brief and did Not include in utero exposure. Dosage was likely too low; possible Brain and bladder tumors. Cell neoplasms in the urinary bladder Citrus Red 2 (used only on peels of some oranges at 2 ppm) Is permitted only for coloring the skins of oranges not used for processing Bladder and other tumors Bladder and teste tumors Increased fatty metamorphosis, and significant weight gain in females, hyperplasia, and thickening of urinary bladder wall causing papilloma Green 3 (Fast Green) Drugs, skin care products, cosmetic products except in eye area, candies, beverages, ice cream, sorbet; ingested drugs, lipsticks, and externally applied cosmetics. The only study did not include in utero exposure. Possible bladder and other tumors Tests on dogs proved raise in pup mortality, testes tumors, liver neoplastic nodules, urinary neoplasms, and studies found that most males were affected. Orange B (in 1978 FDA proposed, but never finalized, a ban) Sausage casings but has not been used for many years. The only two studies did not include in utero exposure. Toxic Red 3 (Erythrosine) (FDA has banned it from cosmetics, externally applied drugs, and lakes) Sausage casings, oral medication, maraschino cherries, baked goods, candies, some cosmetics. The only study did not include in utero exposure. Thyroid tumors Dye takes about 3 months to leave the body increased thyroid follicular cell adenomas in males, weight loss in adults and children, animal carcinogen. Red 40 (Allura Red) Beverages, bakery goods, dessert powders, candies, cereals, foods, drugs, and cosmetics. Yes p-Cresidine Possible reticuloendothelial tumors of the immune system No tumors in the only good study Hypersensitivity in all patients tested, passes in utero and Proves a significant decrease in body weight in females, was present in dogs system years later. And triggers hyperactivity in children. Yellow 5 (Tartrazine) Pet foods, in numerous bakery goods, beverages, dessert powders, candies, cereals, gelatin desserts, and many other foods, as well as pharmaceuticals, and cosmetics. Yes Benzidine, 4-amino-biphenyl levels found above FDA regulation Only mouse study was too brief, used too few mice, and Began with 6-weekold mice. No tumors in the only good study 6 of 11 studies showed genotoxicity. Hyperactivity in children. Induces chromosomal aberrations. It may be contaminated with several cancer-causing chemicals. Yellow 6 (Sunset Yellow) Color bakery goods, cereals, beverages, dessert powders, candies, gelatin desserts, sausage, cosmetics and drugs. Yes Benzidine, 4-amino-biphenyl Neither study included in utero exposure. Possible adrenal and testicular tumors. Hyperactivity in children. asthma angioedema of lips, eyes, or face; reddening of the eyes; sweating; increased tear secretion; nasal congestion; sneezing; rhinitis (runny nose); hoarseness; wheezing; and a variety of subjective symptoms. * Tests should be done on both sexes of two rodent species, use sufficient numbers of animals, include in utero exposure, last at least two years after birth, and use maximally tolerated dosages.Ideally, tests would be conducted by independent labs, but most tests on dyes were conducted by industry. (Dye, Food, Allergic Reactions, 2010, page 2) ** In addition, numerous studies have found that mixtures of dyes cause hyperactivity and other behavioral impairments in children.(Dye, Food, Allergic Reactions, 2010, page 2) What Countries Have Banned Artificial Coloring and Why Doesn’t the US Government do the same? A direct advisory to parents, warning them to limit their childrens consumption of additives if they notice an effect on behavior was issued the British Food Standards Agency (FSA) (Dark Side, 2014).Even most foods in the EU that contain artificial food dyes were labeled to warn that the product can have a bad effect on activity and attention in children to parents (7 Worst Ingredients, 2013).This caused many food producers to willingly takeout artificial dyes from their products and replaces them with natural substances to color their foods. In Other countries food additives that are banned are perfectly legal and ok to use in US foods. Various food dyes, BHA, BHT, rBGH, rBST, brominated vegetable oil, potassium bromate (aka brominated flour), Azodicarbonamide, the fat substitute Olestra, and arsenic are just some of the banned ingredients (7 Worst Ingredients, 2013).Because these food color additives are banned in those countries, companies like Kraft use natural dyes instead, such as annatto, beet-root, and paprika extract (The Dark Side, 2011). In the United States, the Food and Drug Administration (FDA) continues to allow these toxic ingredients in numerous popular foods, including those advertised specifically for children. By looking at the ingredients on a package of a Nutri-Grain strawberry cereal bar in the United States, you will discover that it contains Yellow 6, Blue 1, and Red 40. Although, in the United Kingdom the exact bar contains natural colorings beetroot red, annatto and paprika extract. This shows us that the United Kingdom government cares more about what their people consume more than the United States government does. How Do These Dyes Cause Cancer? Our bodies cannot process certain chemicals. Artificial colors are derived from petroleum and are full of Carcinogenicity. Dyes are made from the same petroleum that is used to make gasoline, diesel fuel, asphalt, and tar; and it is turning up in an insane amount of packaged foods. Carcinogens are any material, radionuclide, or radioactivity which, is an agent that is directly involved with causing cancer. They are involved with causing cancer because it has the ability to damage the genome or disrupt the cellular metabolic process. How to start limiting your consumption of foods that contain dyes When reading product packs out for artificial colors. It is a nice way of saying that there are too many colors added to fit on the label.On an ingredients label the most frightening thing to see are the words artificial flavor or artificial color because there’s no way to know what it actually means or contains.Artificial flavor can stand for one unnatural additive is included, or it could be a blend of many additives added.Specifically, artificial flavoring in strawberries can contain around 50 chemical ingredients.In popcorn there’s an artificial flavoring known diacetyl which, is used as a butter flavoring. It is important that you enjoy genuine flavors, instead of fat, sugar, and salt. Which, are added to mask the metallic taste of chemical additives? However, you should search for foods with real ingredients by reading the labels carefully. While devoting time solely to enjoying the pleasures of eating. Plus you can also cook with meals and bake sweets with smaller amounts of these artificial dyes by using natural alternatives like spices and herbs to give color and taste to your foods. By doing so, you will slowly lose your desire for excessive sweet and salty foods. Therefore, go for high-quality foods. When shopping, look for products that have the least quantity of processed ingredients. Lastly, indulgence yourself well by not missing meals. (Weinstein, Bruce, 2010). Conclusion For years there have been discrepancies over whether or not certain food dyes causes various damage to the body. My opinion, there is After this I say they do, and for once may be safe if he or she starts to watch what they eat and learn how to consume little to no foods that contain anything that has a possible chance of hurting them in the long run. While Americans continue to enjoy on cereal bars, fruit juices, candy and many other processed foods with endless amount of coloring all due to imitated food colorings. While, individuals in the United Kingdom are appreciating those same colorful snacks and more, but without the artificial color. Which in turn brings to question; is America really overseeing the public’s safety or is just making the undeniable truth that has been well known since its creation? BIBLIOGRAPHY 7 Worst Ingredients in Processed Foods. Mercola.com. N.p., 30 Dec. 2013. Web. 20 Sept. 2014. The Dark Side of the Rainbow of Food Dyes Being Used to Color Your Food. Mercola.com. N.p., 13 Apr. 2011. Web. 19 Sept. 2014. The Dark Side of the Rainbow of Food Dyes Being Used to Color Your Food. Mercola.com. N.p., n.d. Web. 18 Sept. 2014. Dees, Craig, Judith Moyer, and Curtis Travis. Do Food Dyes Cause Cancer in Americans? Insight on the News (1996): 38. General Reference Center Gold. Halifax Regional Library, 11 Mar. 1996. Web. 23 Nov. 2014. Dye, Food, Allergic Reactions, Carcinogenic, and Contaminants. Food Dyes A Rainbow of Risks. Food Dyes (2010): 1-68. Web. 23 Nov. 2014. FDA Probes Link Between Food Dyes, Kids Behavior. NPR. NPR, n.d. Web. 16 Dec. 2014. Food Coloring and Food Dyes. About Pediatrics Pediatric Parenting and Medical Advice. N.p., n.d. Web. 23 Nov. 2014. Gowder, Sivakumar J T. Food Additives. Food Additives Risk Factors for Renal Failure (2013): 1-2. Socialomics. Web. 21 Dec. 2014. Matt. Food Dyes: The Toxic Situation Sott.net. SOTT.net. Food Freedom Network, 03 Feb. 2011. Web. 19 Oct. 2014. Real Food Tips: 7 Reasons I Hate Artificial Food Dyes 100 Days of Real Food. 100 Days of Real Food. N.p., 13 Mar. 2012. Web. 15 Dec. 2014. Sarah Kobylewski,, Sarah, and Michael F. Jacobson. Food Dyes: A Rainbow of Risks. Washington, DC: He Center for Science in the Public Interest, 2010. Food Dyes: A Rainbow of Risks. The Center for Science in the Public Interest, 2010. Web. 23 Nov. 2014. Smart Guide To Food Dyes: Buying Foods That Can Help Learning. Issue brief. Institute For Agriculture and Trade Policy, Feb. 2009. Web. 23 Nov. 2014. Tsuda, S., M. Murakami, N. Matsuska, K. Kano, K. Taniquchi, and Y. F. Sasaki. DNA Damage Induced by Red Food Dyes Orally Administered to Pregnant and Male Mice. Toxicology Science (2001): n. pag. May 2001. Web. 23 Nov. 2014. U.S. Food and Drug Administration. Color Additives: FDAs Regulatory Process and Historical Perspectives. THE TARGET GROUP, 2003. Web. 18 Sept. 2014. U.S. Foods Full of Banned Ingredients. Mercola.com. N.p., 27 Feb. 2013. Web. 18 Sept. 2014. Wean Yourself Off Processed Foods in 7 Steps. Mercola.com. N.p., 01 July 2010. Web. 20 Nov. 2014. Weinstein, Bruce, and Mark Scarbrough. Real Food Has Curves: How to Get off Processed Food, Lose Weight, and Love What You Eat ; with More than 100 Recipes. New York: Gallery, 2010. Print.

The News: International “Objective” Informant :: Essays Papers

The News: International â€Å"Objective† Informant War is rarely an event looked forward to by many people. It involves death, abandonment, guilt, money, deceit, and an ultimate loss of too many elements to list them all. However there is rarely a time when there is not a war going on in some part of the country. For wars to happen there has to be people willing to fight in them. With so much at stake and so mush to lose it is often a wonder how governments, which are seldom trusted anyway, convince their citizens to support their various war efforts. With closer speculation it becomes quite clear how this is accomplished: the media. Whether print, radio, or television the media gives the public a sense of getting the real story. With this in mind it is much easier to persuade citizens that wars are necessary. Medias role in the politics of war is an often debated topic by those who believe the role is minimal and those who believe that media plays the utmost importance. Although there is no universal opinion, looking at differen t theories proposed and the wars of the past it is difficult to question how influential media is when dealing with any type of governmental action especially war. Although under constant scrutiny, the media plays a very significant role in the politics of warfare. Many believe that â€Å"governments seek cooperation, if not outright support, from the media to legitimize military action† (Thussu and Freedman 128). Media of Conflict argues that the media serves several purposes in the continuance of conflict. First it claims, â€Å"national media coverage has had the effect of exacerbating conflict as a result of conscious political strategies by political activists†(Allen 3). This has often been the case when politicians have the support of journalists, and they work in conjunction to present a certain image full of sensationalism and less insight. The second claim is that â€Å"wars are what the media makes of them†(Allen 3). This does apply to the shaping of military strategies but more importantly deals with representation of violence. The media has the ability to make certain forms of killing acceptable while making ot hers appear inhumane and unnecessary. Media of Conflict’s most important point about the purpose of media is found in the declaration that â€Å"how wars are made, how participants strategize their interests, how and if

Chemistry in the Movies Assignment Essay

This project will explore the public perception of chemistry. Each participating student will analyze a movie. Movies may be selected from the list on the following page or the student may find analyze any other academically acceptable movie with a chemist or chemical theme. All reviews will use academically acceptable language, spelling, and grammar and be 400 words minimum. For each movie, the student will post the following in the Chemistry in the Movies folder on Blackboard. * Summary: Write a summary (20 words minimum) of the movie’s chemical theme. * Most Important Scene: Write a description of the most important chemical scene, or scene about chemistry, from the movie (40 words minimum). * The Chemistry Involved: Write a short evaluation of the chemistry, economics, or environmental impact involved in the scene. * Is the Science Possible?: How realistic is the movie? Is the science possible? Research this and provide references. This is the most important part of the project. * Portrayal of Chemistry and Chemists: Write a short evaluation of how this movie portrays chemistry and chemists. * Three Facts that Prove I saw the Movie: Identify 3 key facts from the movie to prove that you actually watched the movie. * Viewer Rating: Provide a viewer rating for other classmates to aid in their movie selection. Use the following scale: 1- Avoid at all cost, 2- Watch when you can’t sleep, 3– Worth renting, and 4- Must see. Example: â€Å"The Invisible Man,† 1933, Claude Rains, Gloria Stuart. Chemist Jack Griffin takes monocaine, becomes invisible, goes mad, fails to develop reversion formula, wreaks havoc and is killed by the chief detective. Summary: Dr. Jack Griffin was an assistant food preservation chemist. Dr Jack Griffin, an assistant food preservation chemist, is a brilliant scientist who used monocaine as the primary component of a concoction of chemicals to render himself invisible. Most Important Scene: To me the most important chemistry set-up was when the laboratory manager was using a centrifuge with the test tubes circling in the air. The centrifuges that I have seen contain the test tubes in case they shatter. The most important only chemistry scene involved the discussion of the properties of monocaine by the laboratory manager. The Chemistry Involved: Monocaine, the most important chemical in the formula, removes the color of anything it touches. In a human, it removes coloring from compounds that make up the body, leaving it so transparent that it appears to be invisible. Is the Science Possible?: Owen (2005) reports that plasmodic covers may keep light from scattering and reduce the visibility of an object. Fox (2006) reported advances in invisibility theory. New metamaterials may be able to hide objects from visible light by bending light around the object and meeting at the opposite end. This makes the object appear to be invisible. Fox suggested that â€Å"science-fiction portrayals of invisibility, such as the cloaking devices used to hide space ships in Star Trek, might be truly possible.† Owen (2006) asserted that a chemical route to human invisibility (as used in The Invisible Man) is unlikely because the biomolecules necessary for human life require the absorption and scattering of light. He observed that hiding objects by curving space itself is also unlikely. According to Owens, the most likely method that would work for rendering an object invisible would be bending light around the object. In conclusion, the science of ingesting a chemical to become invisible is not likely, however, cloaking an object by bending light around the object may be possible in the future. Portrayal of Chemistry and Chemists: The chemist originally has both a strong interest in chemistry and an interest in becoming an important scientist. His own desires and the chemical that he consumes drive him mad and eventually lead him to his own destruction. Science is seen as strong, powerful, and dangerous. Three Facts that Prove I saw the Movie: 1. The centrifuge used in the movie spun the test tubes around in the air like a helicopter. 2. The owner of the hotel was named Mac. 3. The â€Å"stone† wall flopped when Dr. Griffin leaned on it. Viewer Rating: I rate this move as a 1 out of 4. It was very long and very slow. I recommend students try a different movie unless they like old black and white movies. References: Fox, M. 2006. Invisibility device possible, in theory. News in Science. Friday, 26 May 2006 Retrieved on July 2007 from http://www.abc.net.au/science/news/stories/s1648328.htm Owen, J. 2005. Invisibility Shields Planned by Engineers. National Geographic. 28 Feb 2005 Retrieved on July 2007 from http://news.nationalgeographic.com/news/2005/02/0228_050228_invisibility.html Smith, D.R. 2006. Blueprint for Invisibility. Novel Electromagnetic Materials. 28 May 2006 Retrieved on July 2007 from http://www.ee.duke.edu/~drsmith/cloaking.html Laemmle .C. Jr.(Producer), & Whale, J. (Director). (1933). â€Å"The Invisible Man†. United States of America: New Universal. Movie List Choose from the Movie List or Suggest a Title to your Instructor. Note – Make sure to use APA within text citations and References. You will need more information than is given in the movie list to cite the movie properly. All information should be available on the movie package or online. The APA format for a film is: Producer, P. P. (Producer), & Director, D.D. (Director). (Date of publication). Title of motion picture [Motion picture]. Country of origin: Studio or distributor. Suggested Movies â€Å"Fantastic Four†, 2005, Ioan Gruffudd, Jessica Alba, Chris Evans, and Michael Chiklis. Genius Reed Richards (Ioan Gruffudd) is involve in research into human DNA. When a powerful force interacts with human DNA, humans are genetically transformed superheroes with superhuman powers. â€Å"Equlibrium,† 2002. Christian Bale, David Barrash. Prozium is a mind-altering drug that suppresses human emotions. â€Å"Spiderman†, 2002, Stanley Anderson, Gerry Becker, Jack Betts, Tobey Maguire, and Bruce Campbell. Peter Parker (Tobey Maguire) is bitten by a genetically-altered spider and his DNA mutates so that he gains superhuman strength and the ability to cling to any surface. â€Å"The Sum of All Fears,† 2002, Ben Affleck. The origin of the nuclear bomb was determined by tracing the atomic signature of bomb fragments found near the blast site. â€Å"Formula 51,† 2001, Samuel L. Jackson, Robert Carlyle. L.A. street chemist Elmo McElroy is in Liverpool to sell his latest creation, 51 a new drug made of completely legal ingredients is invented that is 51 times more powerful than any other drug. â€Å"Erin Brockovich,† 2000, Julia Roberts. Erin lands a job at the Pacific Gas & Electric Company and she discovers that it is trying to buy land contaminated by hexavalent chromium, a deadly toxic waste. â€Å"True Lies,† 1999, Arnold Schwarzenegger, Jamie Lee Curtis. Harry Tasker is a secret agent working undercover as a spy to capture a terrorist who is planning on destroying a U.S. state each week unless a ransom is paid. â€Å"The Serpent and the Rainbow,† 1988, Bill Pullman, Cathy Tyson. Scientist Dennis Alan investigates chemical basis for zombiism in Haiti in hopes it may become an anesthetic. Based on a true story. â€Å"Batman & Robin.† 1997, Arnold Schwarzenegger, George Clooney. Mr. Freeze is a molecular biologist (also known as a biochemist) who wants to cure his wife of a deadly genetic disease. â€Å"The Rock.† 1997, Sean Connery, Nicolas Cage. The chemical scene takes place in the discussion to prevent VX Gas from killing about 60,000-70,000 people in San Francisco. â€Å"The Saint.† 1997, Val Kilmer, Elisabeth Shue. Simon Templar is an international thief who plans to steal the formula for cold-fusion from Dr. Emma Russel, an electrochemist working at Oxford, and deliver it to a Russian billionaire. â€Å"Love Potion #9,† 1992. Sandra Bullock, Tate Donovan. Tate Donovan stars as a geek biochemist who cant talk to women, is persuaded by his friends to visit a gypsy, Madame Ruth. â€Å"Silkwood,† 1983. Meryl Streep, Kurt Russell, and Cher. Dramatization of the story of Karen Silkwood, the Oklahoma nuclear-plant worker who blew the whistle on dangerous practices at the Kerr-McGee plant and who died under circumstances which are still under debate. â€Å"Fantastic Voyage†, 1966, Stephen Boyd, Raquel Welch. A brilliant scientist falls into a coma with an inoperable blood clot in the brain, A surgical team journeys to the center of his mind in a submarine shrunk to microscopic dimensions. â€Å"The Nutty Professor,† 1963, Stella Stevens, Jerry Lewis wrote, directed and starred. Nerdy chemistry professor Julius Kelp creates elixir that transforms him into swinger Buddy Love. â€Å"The Absent-Minded Professor,† 1961, Fred MacMurray, Nancy Olson, Keenan Wynn. Chemistry professor Ned Brainard creates flying rubber called flubber. â€Å"Monkey Business,† 1952, Cary Grant, Ginger Rogers, Marilyn Monroe. Chemist Barnaby Fulton tests youth formula on himself. Monkey creates better formula and puts it in water cooler. â€Å"The Man in the White Suit,† 1951, Alec Guinness, Joan Greenwood. Chemist Sidney Stratton develops a fabric that never gets dirty or wears out. Garment industry owners and workers try to suppress. â€Å"Madame Curie,† 1943, Greer Garson, Walter Pidgeon. Biography of Madame Curie and husband Pierre, who co-discovered radioactive elements. â€Å"Dr. Ehrlich’s Magic Bullet,† 1940, Edward G Robinson, Ruth Gordon. Biography of Paul Ehrlich, who discovered a drug cure for syphilis despite opposition from colleagues. â€Å"Dr Jekyll and Mr. Hyde,† 1931, Fredric March, Miriam Hopkins. Jekyll discovers a chemical that can separate the good and evil sides of someone’s personality and tries some.

Hinduism, Christianity, Judaism, And Islam - 940 Words

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Many of these religions are monotheistic, which is the belief of only one god or one higher power. There are also polytheistic believers, which is the belief in many or more than one god. These six world religions have a lot in common and they also have their differences that make their certain religion or belief special to them. Christianity is the most widespread religion in the worldRead MoreBuddhism, Hinduism, Confucianism And Monotheistic Religions1108 Words   |  5 PagesIn life, one will undertake a spiritual journey in which you will uncover the meaning of the self. Many religions, including Hinduism, Confucianism and monotheistic religions, have developed philosophies placing importance of the â€Å"self.† Emphasis on morality, virtues, honest contribute to the development of the inner self. In religions such as, Islam and Judaism the importance of conducts and worship will lead you to paradise in the after as promised by Allah or Yahweh. The teachings of proper behaviorRead MoreHinduism And The Middle East894 Words   |  4 Pagesthat are practiced in the world today. Hinduism developed first, then Buddhism, Judaism, Christianity, and finally Islam. Hinduism and Buddhism are considered Eastern religions while Judaism, Christianity, and Islam are considered Western. Both Eastern religions b egan in India, although Buddhism later moved out. The Western religions each developed, at different times, in the same general geographical and cultural setting of West Asia: Judaism and Christianity, in and around the area now known as IsraelRead MoreClassification of Religions1509 Words   |  7 Pagesexistence of one and only one GOD. The main three Abrahamic religions are: * Judaism * Christianity * Islam JUDISM Judaism is among the worlds oldest monotheistic religions and the first of the three Abraham religions. Around 12 million people in the world believe in Judaism. They are mostly in the United States and Israel. The Torah, or Hebrew Bible, is the most important holy book of Judaism. The primary custom of Judaism is practicing prayer, preferably communal prayer. Jews attend synagoguesRead MoreThe Religion Of The Holy Trinity1665 Words   |  7 Pagesby. The presence of the Holy Trinity — one God in three persons. Catholics grasp the conviction that God, the one Supreme Being, is comprised of three persons: God the Father, God the Son, and God the Holy Spirit. Christianity The focal teachings of customary Christianity are that Jesus is the Son of God, the second individual of the Trinity of God the Father, the Son, and the Holy Spirit; that his life on earth, his torturous killing, restoration, and climb into paradise are confirmationRead More Appreciating other Religions Essay684 Words   |  3 Pagesreligious beliefs and practices. Morals and ethics allow one to make a knowledgeable and responsible decision. One’s religious and spiritual beliefs shapes and molds the mind, body, and spirit of the person. One would think that Christianity, Hinduism, Judaism, Islam, and Buddhism have nothing in common, but in some ways they are. Generally, there are also differences between the five. Actually they are not so much a religion as a religion-social system. All religions share common goals and twoRead MoreChristianity, Hinduism, Buddhism, And Judaism1644 Words   |  7 Pages The following religions Christianity, Islam, Hinduism, Buddhism and Judaism are among the top religions when evaluating the number of followers they encompass worldwide (Henderson, 2005, p.1). Through assessing these major belief systems and their views, diversity between them is apparent. These multiplicities range from Hindus who acknowledge multitudes of gods to Muslims who believe in one God, Allah. Although the variety of beliefs and practices exist their remains some central concepts such