Also, only common side effects are listed without consideration for personal allergies.
Related Articles
Name | Description / Side Effect / Common Uses |
---|---|
Acesulfame-K (acesulfame potassium; Sunette) | Description: Artificial sweetener used to produce low-calorie foods. |
Side Effects: Early laboratory testing suggests the possibility that acesulfame-K is carginogenic. A breakdown product of acesulfame-K, acetoacetamide, is linked to thyroid problems in rats, rabbits, and dogs. It is unclear | |
Algen / Alginate | Description: A compound extracted from algae/seaweed that makes foods creamier and thicker, and extends shelf life. |
Side Effects: None | |
Common Uses: Puddings, milkshakes, ice cream | |
Ammonium bicarbonate | Description: A leavening agent that is a precursor of modern baking soda. |
Side Effects: No known human side effects. | |
Common Uses: Also called hartshorn, carbonate of ammonia, powdered baking ammonia, or ammonia powder. Quick breads and cookies. | |
Annatto | Description: A seed extract of an orange hue often used as a colorant. |
Common Uses: dairy products, popcorn oil, butter mixes, baked goods, icings, snacks, ice cream, salad dressing, yogurts | |
Aspartame | Description: Chemical compound made of methanol, aspartic acid and phenylalanine used as a low-calorie sweetener |
Side Effects: Some people are allergic to aspartame. Migraine headaches is a common reaction in these people but some report dizziness and hallucinations. | |
Common Uses: Beverages, puddings, yogurt, chewing gum, and sold as Nutrasweet, Spoonful and Equal | |
Azodicarbonamide | Description: An aging and bleaching agent used in the preparation of flours. Seldom used |
Side Effects: Due to low usage, very little information on toxocology and side effects is known | |
Common Uses: Wheat flour, breads | |
Beet powder | Description: A colorant extracted from beets of a purple hue. |
Common Uses: ice cream, cake icings, mixes, yogurt, gelatin desserts, fruit chews, frozen products, chewable tablets | |
Beta-carotene | Description: A compound obtained from carrots of an orange hue. Sometimes used as a colorant. |
Common Uses: margarine, non-dairy creamers | |
Blue #1 (Brilliant Blue) | Description: An artificial (synthetic) food dye of bright blue hue derived from petroleum distillates. |
Side Effects: Inadequately tested. Current studies suggest a small cancer risk. | |
Common Uses: Beverages, powders, jellies, confections, condiments, icings, syrups, extracts | |
Blue #2 (Indigotine) | Description: An artificial (synthetic) food dye of royal blue hue derived from petroleum distillates. |
Side Effects: No conclusive studies. Suspected of causing brain tumors in animals. | |
Common Uses: Baked goods, cereals, snack foods, ice cream, confections, cherries | |
Brominated vegetable oil (BVO) | Description: Acts as an emulsifier (helps keep oils in suspension). |
Side Effects: Small residues of BVO are left in human body fat. The effect of these residues is unknown. | |
Common Uses: Keeping flavored oils in suspension. Citrus-flavored soft drinks. | |
Butylated Hydroxyanisole (BHA) | Description: A phenolic chemical compound with preservative properties. Keeps food from going rancid; also used as a defoaming agent for yeast |
Side Effects: Inconclusive; in large doses may cause tumors in lab animals | |
Common Uses: Foods high in fats and oils such as butter; also meats, cereals, baked goods, beer, snack foods, dehydrated potatoes, chewing gum | |
Butylated Hydroxytoluene (BHT) | Description: A phenolic chemical compound that acts as a preservative. Keeps food from changing flavor, odor, and color. |
Side Effects: Inconclusive, in large doses may cause tumors in lab animals | |
Common Uses: Cereals, shortening, foods high in fats and oils | |
Caffeine | Description: A mildly addictive stimulant naturally occurring in coffee, tea, and cocoa. One of two drugs commonly used in foods (caffiene and quinine). |
Side Effects: Increases teh risk of miscarriages, birth defects, and inhibits fetal growth in pregnant women. Decreases the chance of pregnancy. Affects calcium metabolism and may lead to a risk of osteoporosis. Withdrawal symptoms may include headaches, irritability, sleepiness, and lethargy. | |
Common Uses: Coffee, tea, chocolate, cocoa, ice cream, soft drinks, gum, and specialty water. | |
Calcium Carbonate | Description: Compound containing the nutrient calcium. Emulsifier, bleaching agent, and dietary supplement. |
Side Effects: No negative effects as a food additive | |
Common Uses: Some bakery products, frozen desserts, and flour | |
Calcium caseinate | Description: A milk protein extracted from skim milk through acid percipitation. Used to fortify foods with additional protein, as an emulsifier (helps keep fat suspended in water), as a plasticizer (e.g. softening processed cheeses), as a binder in processed meats, to clarify wines, and as a colorant (milky white). |
Side Effects: None. People with diary allergies should avoid. | |
Common Uses: Ice cream, milk shakes, processed cheese, processed meats | |
Calcium disodium EDTA | Description: Calcium Disodium Ethylenediaminetetraacetate is a salt used as a presevative |
Side Effects: No negative effects as a food additive. | |
Common Uses: Soft drinks, mayonnaise | |
Calcium stearate | Description: A synthetic compound produced by dry fusing palm derived stearic acid reacted with calcium oxide. Used as a dough softener, an anticaking, and flow agent. Sometimes used as an emulsifier and thickening agent. |
Side Effects: Generally regarded as safe. | |
Common Uses: Baking mixes, seasonings, soft candies. | |
Caramel color | Description: A colorant obtained from roasted sugar of brown to red hue. |
Common Uses: dairy foods, drinks, colas, iced tea, cocoa, beer, coffee, icings, cereals, popcorn, gravies, sauces, candies | |
Carmine (carminic acid) | Description: A food dye extracted from the shells of a specific dried female insect (Dactylopius coccus costa) of a deep magenta-red hue. As a colorant, it is stable across a broad range of temperature, light, and shelf life. |
Side Effects: None | |
Common Uses: Puddings, milkshakes, cake icings, hard candy, bakery products, yogurt, ice cream, gelatin desserts, fruit syrups, pet foods, jams/preserves | |
Carnauba wax | Description: A substance obtained from the leaves and buds of Copernica Cerifera (a Brazilian plant, also known as the wax palm). |
Side Effects: None | |
Common Uses: Used as a formulation aid, lubricant, release agent, and surface finishing agent in baked foods and mixes, chewing gum, confections, frostings, fresh fruits and juices, gravies, sauces, processed fruits and juices and soft candy. | |
Carrageenan | Description: Compound extracted from Irish Moss, a type of seaweed. Makes foods gel and stabilizes foods to keep color and flavor even. Also used as a clarifying agent. |
Side Effects: Large amounts of carrageenan have harmed test animals' colons; the small amounts in food are safe. In some people, carrageenan may cause stomach discomfort. Degraded (low molecular weight) carrageenan is not food safe and is suspected to be carcinogenic. | |
Common Uses: Puddings, milkshakes, ice cream, alcoholic beverages. | |
Carrot oil | Description: Oil extracted from carrots of an orange hue. Sometimes used as a colorant. |
Citric Acid | Description: An acid which occurs naturally in fruits such as lemons and limes. Flavoring and neutralizing agent (keeps food at proper acidity) |
Side Effects: None | |
Common Uses: Canned fruit juices, cheese, margarine, salad dressings, soft drinks | |
Folic Acid | Description: B-complex vitamin. Dietary supplement, helps prevent heart disease. Women with ample folic acid in their diets prior to pregnancy can help prevent major birth defects of their baby's brain and spine. |
Side Effects: None | |
Common Uses: Breakfast cereals, enriched breads, flour, corn meal, rice, noodles, macaroni and other grain products | |
Fumaric Acid | Description: Chemical produced when humans digest carbohydrates; As an additive, fumaric acid is synthetically manufactured to control acidity/alkalinity in foods and also used as a dietary supplement |
Side Effects: None | |
Common Uses: Fruit jellies and preserves | |
Glycerin | Description: A syrupy alcohol derived from sugar used to maintain desired food consistency |
Side Effects: None | |
Common Uses: Food flavorings | |
Green #3 (Fast Green) | Description: An artificial (synthetic) food dye of sea green hue derived from petroleum distillates. |
Side Effects: ? | |
Common Uses: Beverages, puddings, ice cream, sherbet, cherries, baked goods, dairy products | |
Guar Gum | Description: Substance made from seeds of the guar plant, a legume grown in India Stabilizer |
Side Effects: None | |
Common Uses: Cheese, including processed cheese, ice cream, jelly and preserves, and dressings | |
High-fructose corn syrup (HFCS) | Description: Corn syrup modified by enzymes to increase fructose to glucose ratio (about 55% fructose). Similar sweetness as sucrose (cane/beet sugar) but less expensive to produce. |
Side Effects: May interfere with use of magnesium, copper, and chromium. Also, HFCS has been implicated in the development of adult-onset diabetes. | |
Common Uses: Soft drinks and processed foods. | |
Inulin | Description: A naturally occurring dietary fiber. Inulin is not digested by the human body, but is a good nutrient source for many bacteria in the digestive tract. Added to foods to promote the growth of "good" bacteria - but may also serve as a fuel for unfriendly bacteria and yeasts. |
Side Effects: May cause flatulence, bloating, abdominal pain and cramps, and sometimes diarrhea. May exacerbate allergies. | |
Common Uses: "Health" foods | |
Iron | Description: A metal necessary in the diet Dietary supplement |
Side Effects: None as a food additive * | |
Common Uses: Breakfast cereals, enriched breads | |
Lactic Acid | Description: A bitter-tasting substance obtained from sour milk Neutralizing agent, flavoring |
Side Effects: None | |
Common Uses: Bakery products, cheese, frozen desserts, fruit butters, jellies and preserves | |
Lecithin | Description: An emulsifying agent (keeps oil from separting from water) found naturally in animal and plant tissues. Also retards rancidity and adds fluffiness to baked goods. Common sources are egg yolk and soybeans. |
Side Effects: None | |
Common Uses: Cacao bean products such as cocoa butter and chocolate, baked goods, ice cream, margarine and cheese products | |
Maltodextrin | Description: A carbohydrate of minimal sweetness usually produced from corn starch. Often used to create additional mass to a food substance (as in confections) without altering flavor. Also added to nutritional beverages to increase caloric content. |
Side Effects: Generally regarded as safe | |
Common Uses: Confectionery, desserts, nutritional beverages. | |
Methylcellulose | Description: A number of gummy substances, produced through reaction between cellulose and methyls Keeps food products from separating |
Side Effects: None | |
Common Uses: Fruit butters, jellies | |
Mono- and Diglycerides | Description: Emulsifying agents, may be derived from soybean fat Keeps food products from separating |
Side Effects: None | |
Common Uses: Shortening, margarine, cacao products, bakery products | |
Monosodium Glutamate (MSG) | Description: A salt of the amino acid glutamic acid Flavor enhancer |
Side Effects: Generally recognized as safe; however, those on low-sodium diets should avoid it. Negative side effects also appear in some people when eaten in large amounts, and in some asthmatics. | |
Common Uses: Canned vegetables, canned tuna, dressings, many frozen foods | |
Paprika | Description: A seasoning composed of powdered dry chiles of red-orange hue. Also often used as a colorant. |
Common Uses: sausage, cheese sauces, gravies, condiments, salad dressings, baked goods, snacks, icings, cereals | |
Pectin | Description: A water-soluble substance present in various ripe fruits and vegetables Making foods jell, also to keep foods from separating |
Side Effects: None | |
Common Uses: Canned fruit, fruit butters, jellies and preserves , alcoholic beverages | |
Phosphoric Acid | Description: A substance created by exposing phosphorous to oxygen. Used as an acidifying agent (as in soft drinks) and as an emulsifier. |
Side Effects: None | |
Common Uses: Acidified skim milk, cheese, soft drinks | |
Potassium benzoate | Description: A tasteless anti-microbial preservative. |
Side Effects: Generally regarded as safe. | |
Common Uses: Soft drinks, alcoholic beverages, fruit preserves | |
Potassium Bisulfite | Description: Type of sulfite Preventing fruit discoloration, inhibiting bacterial growth in wine |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits their use on raw fruits and vegetables | |
Common Uses: Wine, dried apples, dehydrated potatoes | |
Potassium Metabisulfite | Description: Type of sulfite Preventing fruit discoloration, inhibiting bacterial growth in wine |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits their use on raw fruits and vegetables | |
Common Uses: Wine, dried apples, dehydrated potatoes | |
Potassium Nitrite | Description: One of a number of nitrites used with salt to prevent food from spoiling Preservative |
Side Effects: None known | |
Common Uses: Cured red meat and poultry products | |
Potassium sorbate | Description: The potassium salt of sorbic acid that inhibits mold, yeast, and fungal growth. |
Side Effects: No negative effects as a food additive | |
Common Uses: Cheese, wine, baked goods. | |
Propionic Acid | Description: A type of bacteria found naturally in the production of cheese; also made synthetically Mold inhibitor, preservative |
Side Effects: None | |
Common Uses: Cheese, bread | |
Propylene glycol | Description: A chemical derived from natural gas that, along with sodium stearate, forms a gel base from which food products may be made (like non-fat ice cream). |
Side Effects: Generally regarded as safe. (Many internet claims that propylene glycol is a solvent and used for deicing and antifreeze - yes, but water is the most widely used solvent and alcohol is a very common antifreeze...) | |
Common Uses: Non-fat ice cream. | |
Quinine | Description: A naturally occurring drug extracted from the bark of Cinchona trees used primarily (in food) as a flavorant. In large doses, quinine is an effective medication for malaria, digestive problems, heart palpitations, hemorrhoids, varicose veins, and leg cramps. In extremely large doses, it is poisonous. |
Side Effects: No negative effects as a food additive. In huge quantities (e.g. more than 12 quarts of tonic water in a day), quinine may cause rashes, itching, nausea, ringing of the ears, dizziness, headaches, birth defects, and even death (probably closer to 25 quarts to be fatal). | |
Common Uses: Tonic water | |
Red #3 (Erthrosine) | Description: An artificial (synthetic) food dye of cherry-red hue derived from petroleum distillates. |
Side Effects: ? | |
Common Uses: Canned Cherries, confections, baked goods, dairy products, snack foods | |
Red #40 (Allura Red) | Description: An artificial (synthetic) food dye of orange-red hue derived from petroleum distillates. |
Side Effects: Anecdotal evidence suggests Red #40 may increase the risk of Attention Deficit Hyperactivity Disorder (ADHD), Oppositional Defiant Disorder, and Obsessive Compulsive Disorder (OCD). | |
Common Uses: Gelatins, puddings, dairy products, confections, beverages, condiments | |
Saccharin | Description: Non-nutritive water-soluble sugar substitute / sweetener |
Side Effects: Early scientific studies showed saccharin to cause cancer in laboratory animals, but most long-term animal studies have found no cancer-causing effects from saccharin consumption. | |
Common Uses: Sold as Sweet'N Low. Fruit juice drinks, carbonated beverages, canned fruits, fruit butters, jellies, preservatives, and in sugar substitutes for cooking, table use | |
Sodium Aluminosilicate | Description: A naturally-occurring mineral Keeps food from caking and clumping up |
Side Effects: None | |
Common Uses: Dried whole eggs and egg yolks, grated cheeses | |
Sodium Benzoate | Description: A granular salt Preservative |
Side Effects: None | |
Common Uses: Soft drinks, packaged beverages, fruit preserves and jellies, concentrated orange juice, margarine, fast-food burgers | |
Sodium Bicarbonate | Description: A crystalline salt; also known as baking soda Leavening agent, also maintains acid balance in canned products |
Side Effects: Significant source of sodium; those on low-sodium diets should avoid consuming large quantities | |
Common Uses: Baked goods, canned vegetables, cereal flours | |
Sodium Bisulfite | Description: Type of sulfite Preventing fruit discoloration, inhibiting bacterial growth in wine |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits their use on raw fruits and vegetables | |
Common Uses: Bottled lemon juice, wine, dried apples, dehydrated potatoes | |
Sodium caseinate | Description: A milk protein produced by reacting casein with sodium hydroxide. Used to fortify foods with additional protein, as an emulsifier (helps keep fat suspended in water), as a plasticizer (e.g. softening processed cheeses), as a binder in processed meats, to clarify wines, and as a colorant (milky white). |
Side Effects: None. People with diary allergies should avoid. | |
Common Uses: Ice cream, milk shakes, processed cheese, processed meats | |
Sodium erythorbate | Description: A stereoisomer of sodium ascorbate used for controlling discoloration and flavor change. |
Side Effects: None | |
Common Uses: Soft drinks, juice, wine | |
Sodium ferrocyanide | Description: An anticaking agent commonly found in salts. Also known as yellow prussiate of soda. |
Side Effects: No negative effects as a food additive. | |
Common Uses: Salt, garlic and onion powder | |
Sodium Metabisulfite | Description: Type of sulfite Preventing fruit discoloration, inhibiting bacterial growth in wine |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits their use on raw fruits and vegetables | |
Common Uses: Wine, dried apples, dehydrated potatoes | |
Sodium Nitrate | Description: A salt used in the curing and preservation of meats. |
Side Effects: Generally considered harmless, but is readily converted to nitrites which can combine with chemicals in stomach to form nitrosamine, a highly carcinogenic substance | |
Common Uses: Smoked or cured meats. | |
Sodium Nitrite | Description: A salt used in the preservation (prevents botulism) of meats |
Side Effects: Can combine with chemicals in stomach to form nitrosamine, a highly carcinogenic substance | |
Common Uses: Smoked or cured fish, including salmon, and in meat-curing preparations | |
Sodium Sulfite | Description: Type of sulfite Preventing fruit discoloration |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits their use on raw fruits and vegetables | |
Common Uses: Wine, dried apples, dehydrated potatoes | |
Sorbitol | Description: A sugar alcohol that is not digested normally by the human body. Sorbitol is broken down by microbes in the large intestine and the resulting molecules are absorbed resulting in a net gain of about 2.6 calories per gram. Due to this convoluted process of digestion, sorbitol has little effect on blood sugar levels. |
Side Effects: Safe for consumption. May result in flatulence and laxative effects when consumed in large quantities. | |
Common Uses: Sugar-free foods (sorbitol does not promote tooth decay) | |
Sucralose | Description: A water solube, temperature-stable sweetener derived from sucrose. Sucralose is not absorbed byt he digestive tract, so it has no effective calories. Sucralose also does not raise blood sugar levels. |
Side Effects: Current studies have shown no known side effects. | |
Common Uses: Sold as Splenda. Baked goods, soft drinks. | |
Sulfur Dioxide | Description: Type of sulfite Preventing fruit discoloration, inhibiting bacterial growth in wine and on grapes |
Side Effects: Some humans allergic to sulfites; in U.S., FDA prohibits its use on raw fruits and vegetables | |
Common Uses: Wine, dried apples, dehydrated potatoes | |
Taurine | Description: A substance found in meat made from the metabolism of a particular amino acid (cysteine). Taurine is produced by the body and used to stabilize cell membranes and appears to have antioxidant and detoxification properties. May be beneficial to heart health and has been suspected of aiding the lowering of blood pressure. |
Side Effects: None known. | |
Common Uses: Energy drinks | |
Turmeric | Description: A yellow root extract used for it's flavor and colorant properties. |
Common Uses: baked products, dairy products, ice cream, yogurts, cakes, cookies, popcorn, candy, cake icings, cereals, sauces, gelatins | |
Vitamin A (incl. beta-carotene) | Description: A fat-soluble vitamin. The human body converts beta-carotene into Vitamin A in the liver. Dietary supplement. |
Side Effects: None as an additive. | |
Common Uses: Milk and cream, margarine, cheeses and cheese products. | |
Vitamin B1 (Thiamine) | Description: Vitamin found in legumes and other sources, helps the body convert carbohydrates into energy Dietary supplement |
Side Effects: None | |
Common Uses: Macaroni products, cereal flours | |
Vitamin B2 (Riboflavin) | Description: Vitamin found in yogurt, wheat germ and other sources Dietary supplement |
Side Effects: None | |
Common Uses: Cereal flours, bakery products | |
Vitamin B3 (Niacin) | Description: Vitamin found in abundance in liver, chicken, tuna, whole-grain cereals Dietary supplement |
Side Effects: None | |
Common Uses: Cereal flours, enriched bread, macaroni and noodle products | |
Vitamin C (ascorbic acid) | Description: Water-soluble vitamin Preservative, dietary supplement |
Side Effects: None as a food additive. In extremely large doses (daily intake of over 1 g), may increase risk of kidney stone (calcium oxalate stone) production. | |
Common Uses: Cereal flours, jellies and preserves, canned mushrooms and artichokes | |
Vitamin D | Description: A fat-soluble vitamin humans can produce naturally through exposure to direct sunlight. Prevents rickets |
Side Effects: None as an additive | |
Common Uses: Milk, macaroni products, cereal products | |
Xanthan gum (zantham gum) | Description: A polysaccharide produced by Xanthonomonas campestris bacterium used as a stabilizer, thickener, foam enhancer, and gluten substitute. In the United States, xantham gum is mostly produced from the fermentation of corn starch by the Xanthonomonas campestris bacterium. |
Side Effects: No clear side effects. | |
Common Uses: Gluten-free flour, salad dressings, ice cream, yogurt, sour cream | |
Yeast | Description: Single-celled organisms used as a fermenting and/or rising agent. |
Side Effects: None | |
Common Uses: Bakery products, macaroni and noodle products, enriched corn meal, alcoholic beverages | |
Yellow #5 (Tartrazine) | Description: An artificial (synthetic) food dye of lemon-yellow hue derived from petroleum distillates. |
Side Effects: May aggravate allergies. May cause hives in fewer than one out of 10,000 people. There is no evidence Yellow #5 provokes asthma attacks nor that aspirin-intolerant individuals may have a cross-sensitivity to the color. Commonly believed to worsen hyperactivity and attention-deficit disorder. | |
Common Uses: Custards, beverages, ice cream, confections, preserves, cereals | |
Yellow #6 (Sunset Yellow) | Description: An artificial (synthetic) food dye of orange hue derived from petroleum distillates. |
Side Effects: ? | |
Common Uses: Cereals, baked goods, snack foods, ice cream, beverages, confections |
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Related Articles
I wonder about vitamins and minerals that get added to baked goods--thiamine, niacin, etc. why do they add them in the first place? Is this just to replace the nutrients that are destoyed during processing?
BTW, I tag you for the music meme!
Often vitamins are added to baked goods to replace those lost in ingredient refining or processing. For example, in my article on wheat flours I mention that niacin, riboflavin, thiamin and iron are added into flours that have had the wheat germ removed. This is because the wheat germ contains many of these minerals and vitamins (but also oils that can go rancid pretty fast making the flour unfit for consumption). Also, steel grinding can produce enough heat to destroy some vitamins, so those are added to the flour.
Some baked goods contain additional vitamins, simply to have more added. Usually, these are breakfast foods or nutrient bars.
I dont drink the stuff, but I DO use it to strip rust off of morotcycle gas tanks...
It can be difficult at times but considering what I've read lately about how your body handles these chemicals it's not a bad idea.
http://www.wellnaturally.ca/ingredients/carnuba.html
Carnauba wax - I was disturbed to see it listed in my gummy bears ingredients, knowing that I had just waxed my car with the same stuff. =)
I'm a complete fan of Breyer's All Natural ice creams.
Turkey Hill makes two kinds. Their regular ice creams tout "All Natural Flavor", but they have additives and aren't "natural". Then they have "Turkey Hill Philadelphia Style" ice cream. "Philadelphia Style" is their "All Natural" brand.
In both cases, they cost more, but they're worth it.
Ice Cream was never meant to have seaweed extracts to make it creamy. They're supposed to have cream to make it creamy! Jeesh!
I prepared two versions for download. Be aware that the list is constantly being updated, so the download will only reflect the latest version. The first link is for the Comma-Seperated Value file while the second is for the Text file.
http://www.cookingforengineers.com/ingredients/additives_body.php?csv
http://www.cookingforengineers.com/ingredients/additives_body.php?txt
When used correctly, the use of MSG greatly cuts down on the amount of table salt used, and overall salt intake is reduced. Still it's true that overly large amounts of MSG aren't good for you, nor as immediatly noticeable as overly large amounts of table salt.
Our brains are hard-wired to believe that a small amount of glutamate will taste good, so I believe it has a legitimate place in any kitchen, and is a good accompaniment to certain lighter dishes.
Aspartame is metabolically degrade in your body into phenylalanine and aspartate, two of the twenty most common amino acids that appear n nature. Although your body is no stranger to aspartate, a daily dietary infusion of aspartate can be extremely problematic. Apartate belongs to a special class of compounds that able to cross the ‘blood-brain barrier’, meaning that once it’s in your blood it can enter your brain. In your brain, aspatrate functions as a natural neurotransmitter and an excess of aspartate from dietary aspartame will over-stimulate neurons resulting in either the desensitization or death of large numbers of neurons. These effects are observed in test animals given extreamly small regular doses of aspartame (the sort of dose you would get from a daily diet cola) and are particularity problematic for the developing brains of children or infants. Additionally, aspartame can be converted partially to formaldehyde, a potent carcinogen, by the body’s metabolic enzymes. And that’s why I don’t eat anything with aspartame. Trans-fat is also an interesting topic of discussion. Needless to say, avoid it at all costs.
I noticed it in a can of "Potted Meat Food Product". (I bought it out of curiosity, not to eat!)
Hormel, Armour and Libby's all make that particular product.
Apparently its also good for Boiler Treatment, Drilling Fluids and Film Processing
Tim
Also, what's the deal with transfat-free products that are made with partially hydrogenated soybean oil? How is this possible?
This is definitely a confusing topic. Not all partially hydrogrenated vegetable oils contain trans fatty acids. But, statistically there will be some quantity of trans since the process does not provide enough control to create only cis fats. There are two cases where you can have trans fatty acid free foods that I can think of:
1. The partially hydrogenated fat is almost completely fully hydrogenated (e.g. commercial peanut butter). The label is not marked fully hydrogenated because the vegetable oil has not been guaranteed as fully hydrogenated. In the case of peanut butter, the trans fat content is so small (or not present) that modern instruments cannot detect/measure it.
2. In the United States, the Nutrition Facts label can state 0 g of trans fat if there is less than 0.5 g of trans fat per serving. If a serving is defined as a small quantity and the trans fat content falls below 0.5 g, then they don't have to report it. The downside of all this is that most people eat more than one serving of foods with small serving sizes so you could be consuming several grams of trans fat without knowing it.
Look for partially hydrogenated vegetable oil and avoid when possible. If something traditionally uses PHVO and is now claiming zero trans fat, look to see if they replaced it with fully hydrogenated vegetable oil, butter, or palm oil (sometimes called palm oil shortening), which do not contain trans fats. If they simply reorganized their label and serving size (like the last version of "I Can't Believe It's Not Butter" that I saw in the store) and partially hydrogenated vegetable oil is a main ingredient, then avoid.
In europe, permitted food additives are "harmonised" and given numbers starting with E (e.g. E-260 for acetic acid). Foodlaw (http://www.foodlaw.rdg.ac.uk/additive.htm) has a list of E-numbers and what they mean, as well as much more information on the regulation of food additives in europe.
-rishab
http://ific.org/publications/reviews/upload/Glutamate-and-Monosodium-Glutamate.pdf
While I would never recommend that anyone eat a whole container of MSG all at once, the only ones who should be concerned about MSG consumption are those who are allergic to gluten. But that is only because MSG is sometimes derived from wheat. And now I read that the Canadian celiac association is saying that MSG is safe because it is now generally derived from sugar beets.
-Aaron
> Its bad repution probably stems from an association with Chinese people, and an innate racism against them.
I'm Chinese. All the people that have told me that MSG is not good for you, and that you can get headaches from MSG were Chinese people. So it's not like European Americans are the only ones against MSG.
> Tests have been run on people who claim to recieve an "MSG headache" and in not one single case has it held up as anything more than psychomatic.
Well, if someone knows in advance that some good has MSG, then claims a headache, that's a weak case. But if you don't know ahead of time and whenever you get a headache after eating, then find out MSG was an ingredient, I would believe that. Personally, once I got a bag of Ranch Corn Nuts, devoured the bag, and immediately got a headache and even nausea. I checked the ingredients, and there was MSG pretty high on the list. While this was not a scientific experiment, I believe that the headache was due to the high MSG content consumed rapidly. Can you suggest something else in the ingredients that may have caused it?
Tests can be fallible when they are not designed correctly, or make wrong assumptions. The Mayo Clinic seems to agree about MSG headaches:
http://www.mayoclinic.com/invoke.cfm?objectid=ABADB830-211F-4F16-BABCD37DB121C90A
Here's a site that lists MSG studies (both positive and negative).
http://diet-studies.com/msg.html
> Why Doesn't Everyone in China Have a Headache
I haven't read the book, but to respond to that statement, Chinese people don't cook with MSG at home. And if they do, it's in small quantities.
This is hardly proof that MSG was the cause of the headache and nausea. What other things are in the list of ingredients? Was this bag of ranch corn nuts devoured on an empty stomach? Was it accompanied by any liquids? Other starches? How much salt was consumed?
(I'm not familiar with "ranch corn nuts" and after googling do not readily find a list of ingredients) I'd wager that there could have been several reasons for nausea after "devouring the bag" - what size was the bag? In my experience, corn is not that easily digested anyway. Or it could be that the headache and nausea was induced by being dehydrated. Is there a significant amount of salt in ranch corn nuts (my guess is yes).
Obviously, if a person quickly consumes huge quantities of even the safest food, there is risk of nausea and/or headache.
Again, I'm not implying that one should use MSG indiscriminately, but a small amount will probably not cause much harm.
http://www.stevia.net/
Great List
-Mike
Mike, after looking at www.stevia.net, it appears that stevia is available in USA in healthfood stores but only if it's labelled as a "dietary supplement" and cannot be referred to as sweet or a sweetener.
This "About" article is rather interesting:
TOXIC OR TASTY: The Real Issue in the Stevia Battles (http://healing.about.com/cs/uc_directory/a/uc_stevia_jones.htm)
Rather than cook with MSG, celery is a good source of it-- that's why Celery tastes like water but makes food much tasty.
2) Nobody is allergic to "aspartame" per se, it's a sensitivity to phenylaline. Those that have this condition are required to be vegetarians (as meat contains it as well). I think Aspartame has a far worse reputation than it deserves, but I'm still a sucrose man, myself.
3) Chocolate doesn't contain caffeine (unless added). Chocolate contains a compound called Theobromine, which indeed is related to caffeine.
Theobromine's properties are much more positive in my opinion, it's processed much slower, it's a mood enhancer, and its stimulant properties are much more relaxed. And dogs can't handle it so don't give your dog chocolate.
4) Lecithin is found in chocolate and considered to be very healthy. Turmeric (Curcumin) also has healthy properties.
I find it impressive (and frightening) how many food colorings are derived from petroleum!
On MSG #1: Although most people aren't particularly sensitive to it in normal-to-moderate doses, there are some people who are especially sensitive to glutamates in general.
On MSG #2: The glutamate sensitive should also keep their eyes on ingredients for "hydrolyzed vegetable protein" or similar phrases. Hydrolysis is the process that breaks proteins down into their component amino acids, and some glutamate will invariably be released in the process. (P)HVP's will usually be used as a way to add glutamate and the corresponding umami taste to a product.
I always get a headache when I eat 'ranch' flavoured anything and I don't think it has anything to do with MSG (in fact I suspect that it is psychological) but some flavouring in it does not agree with me. If I think its psychological does that rule it out...?
I often get a headachy feeling when I eat yellow, green or orange candy. I can't figure out if it's the colouring or the flavouring. I only have trouble with certain candies, and never with pop or other processed foods. It's always the gummy chewy sticks to you teeth transparent candies, like sour keys. Red candy I never have a problem with.
I don't see what's wrong with having seaweed in ice-cream. It's not like iced is a natural state for the cream anyway.
I am curious to know more about this... I personally have an allergic reaction to caffeine. (This is document by several different doctors- not something I self diagnosed.)
I have always been told that the caffeine in chocolate comes from the coca bean used to make the chocolate. I always check for coca bean or coca butter prior to purchasing a product. Needless to say- I don't eat much chocolate since almost all chocolate items contain one of these ingredents. I have found some white chocolate that does not contain either of these, but it is a rare find.
Almost all chocolate has caffeine added. The question I'm wondering is whether or not cocoa naturally has caffeine. My sources say yes - about one tenth of the amount of theobromine, but nonetheless it does have caffeine. Now a number of internet websites claim there is no caffeine in processed cocoa (unless added), and some even cite scientific papers which I have been unable to find. In short, I don't know if cocoa has caffiene, but every piece of printed literature I've been able to find says "yes" and there are more than a handful of websites that say "no, it's another food myth".
I do apologize for my mistake, apparently cocoa does contain small amounts of caffeine, 17mg per liter, which is the same as a cup of decaf tea, and less than 1% that of espresso.
If caffeine is added to chocolate, I would imagine that it would have to be labelled as such.
Thanks for sharing it with us.
And did you know that caffeine helps minimize and reduce the incidence of cancer? Caffeine is not the horrible culprit that many deem it to be - in the amounts that people drink it in coffee at several huge cups per day, yes it can cause jitters, anxiety, etc. In someone like myself, even in small amounts it can do the same. But caffeine itself actually has some amazing health benefits so having in your product - particularly naturally ocurring and in small amounts - is not necessarily a bad thing. Just make sure you don;t add milk to your coffee or tea - milk proteins bind with the polyphenols (other natural compounds in coffee and tea) that have health and anicancer benefits. So some coffee each day is not a bad thing!
It seems here there is some nit picking about "additives". Guar gum and natural thickeners, such as agar, are commonly used in cooking around the world and are very natural. They are ingredients, or natural "additives" not nasty negative "additives". Some actually have health promoting properties such as burdock root. Their use does not mean that a manufacturer is "skimping' on quality items at all - it means that that is what they used in their recipe to create whatever texture, thickness, viscosity, they wanted to - or it can be used to hold things together in solid forms.
Question for someone familiar with Japanese regulations: WHat is acceptable in Japan for use as a release agent or lubricant in candies or tablets other than magnesium stearate (a natural vegetable fatty acid)?
Much obliged!
P.S> MSG makes me sick, plain and simple.
I agree with Dragnore, there is a distinct flavor that MSG gives to food that can be picked out, although I've never gotten ill from it. I try to avoid foods with MSG added in addition to what's naturally in some foods simply because I don't like unnecessary chemicals in what I'm eating, but it's not the end of the world since it doesn't make me ill.
...
Perhaps MSG deserves it's own article?
It's old but still very relevant, and it really opens your mind to the fact that nothing you eat anymore is without poison unless you grew it yourself in virgin soil, probably in a greenhouse. Not gonna sell my book though. :)
Bht is derived from coal tars which are known to have carcinogenic effects
It would be lovely if they would just sell fresh food in its natural color and leave all this preservative CRAP out of it. It's ridiculous how much undigestible chemicals go into almost all food.
vegetable emulsifier(471, 322), food acid( 260), mineral (170), flour treatment agent (300), preservative (202).
This is ridiculous because you actually have no idea what is in your food anymore. The list is made available on a governmental website, but really who is going to carry around a list of 1500 items when they do their shopping? It seems like a total food industry scam to me.
Anyway, maybe you should file this under 'misplaced rant'.
-Stephane
For example almost all of those frozen pizzas and some frozen foods have it.
sometimes tortillas do and many pre-mixed baking mixes still have it.
I was just surpirxed not to see it one your list...
Rumford baking powder is one of the few that is aluminum free. Works great.
http://www.rumfordworld.com/htdocs/products.htm
my favorite thing was to make pancakes with baking soda and sour/butter milk (mild with a table spoon of vingar) it works great and I thought they tasted great without the aftertaste of baking powder, maybe it didnt make a diference i dunno.
Jeremy
For opening up this topic.
As someone who finds cooking relaxing, I generally don't eat pre-prepared foods (except, of course Cheetos for breakfast), both because of a suspicion of additives, but also because of an objection to the "sameness" of mass produced foodstuffs. I can make a pound of beans in a pressure cooker for about .89 cents or I can buy a can of beans for about the same price.
I rarely buy the can because I like the variability of my own cooking. And I know what has gone in to it.
(Except that the pressure cooker is aluminum, and who knows what the dried beans have been treated with to prevent pests and mold, oh well...)
I know a lot of people who distain cooking because they consider it a distraction, or they just don't have the time.
I treasure distraction...Sometimes just standing in the kitchen on a sunny afternoon chopping veggies feels good. I always find that ordinary tasks open up the mind, my best solutions usually come when I am doing dishes, riding on the bus, anything except staring at a piece of paper (or computer screen)
It's not working right now. Apparently, it was one of the pages that died when I moved servers and changed out most of my code. I discovered this last week, so it's on my list of things to fix. Sorry for the inconvenience.
That's the kind of thing that really alarms me, because stuff like that isn't listed as an "ingredient".
Should they not also list nitrogen, oxygen, argon, carbon dioxide and water vapor??
Is there an unhealthy byproduct produced by carbon monoxide treatment? Or if not completely dissipated, is there a adverse health impact due to the presence of carbon monoxide in my packaged meat?
I don't know if the other things you listed are used to process foods. Argon? Is that used to purge oxygen in packaging? (I know it is used in industrial furnaces.)
I do know that some of the processes used to package, preserve and ship foods do so at the expense of flavor (and sometimes to benefit it). Like the wet processing of scallops, really ruins the flavor. The benefit to the seller is that the scallops hold more water. The downside for the buyer is they are paying for water, and for a nasty tasting additive.
How is food processed? I'm not talking so much about prepared food, but of simple produce, flour, meats, fish, dairy.
I love to take factory tours. One summer many years ago I was doing a community cable show, and one of our (unfinished, as far as I know) projects was to go to a local apple orchard, and follow the process of tending the orchards, harvesting, processing and storing. There was a lot to it. I believe they too used CO, though I'm not sure, some gas, to remove oxygen during storage to slow down ripening. The fruit was held in just above freezing coolers and the oxygen was removed. Big, serious signs warned the workers that death would occur within 5 minutes if they stayed in the coolers once the oxygen was removed.
It was really fascinating.
I'd love to hear from anyone experienced in the food industry about what happens in between the field and the grocery store. And what professional food people think about it.
In behavior this product is in between cream of tartar-baking soda mixes (formerly marketed pre-combined as "single acting baking powder") and double acting baking powders.
My thoughts are very positive regarding the safety of foods produced here in the United States. One thing that irks me is that processed food has been so safe for so long that the education system in this country abandoned the once traditional junior high and high school life skills courses that covered such subjects as safe food preparation. This has lead to people under cooking ground beef or drinking unpasteurized milk and juices because they are completely unaware of the very real risks involved.
Not all processing involves exotic additives or esoteric processes. Much of it is simple freezing or retort canning.
In short, food processing in effect "idiot proofed" most common dietary items, and the knowledge of food risks and food borne illnesses and their prevention seems to have been lost.
letsgo.sens@gmail.com
Thanks
Got it working again. Thanks for being patient.
I installed an application on my iPhone which gives me detailed information on each additive: origin, usage, danger, side effects, ...
There are many applications for iPhone around but I chose this one because it allows for the definitio of a user profile based on some personal characteristics, lifestyle and health conditions.
Then it highlights the additives that are considered critical for the user's profile.
The name of the application is [u:c40c270587]Personal Food Additives[/u:c40c270587].
http://itunes.apple.com/us/app/personal-food-additives/id403669239?mt=8
Has anybody experienced other applications?