Monday, June 2, 2014

Headaches caused by diet and food


According to some studies, what we eat and when we eat it can play a significant role in headache. Different causes of diet-related headache include:
  • fluctuations in blood-sugar levels, which can lead to spasm of the arteries in the head 
  • caffeine withdrawal, commonly caused by regular and excessive consumption of coffee or tea
  • food additives, such as MSG (monosodium glutamate)
  • naturally occurring chemicals in foods, such as amines (e.g. tyramine).

Aged Cheese

The trouble with aged cheese is that it's high in tyramine, a substance that forms from the breakdown of protein in certain foods. The longer a food ages, the greater the tyramine content is. For people with a sensitivity to tyramine, The Cleveland Clinic warns against the following types of cheese:
  • Blue cheeses
  • Brie
  • Cheddar
  • Stilton
  • Feta
  • Gorgonzola
  • Mozzarella
  • Muenster
  • Parmesan
  • Swiss
  • Processed cheese
Other foods high in tyramine include processed meats, pickles, onions, olives, certain types of beans, raisins, nuts, avocados, canned soups, and red wine.

Doctors concede it can be difficult to avoid all of these foods. Nestor Galvez-Jimenez, MD, a neurologist with The Cleveland Clinic Florida, says some of his tyramine-sensitive patients prefer to take their chances. "They want to drink wine even if they know it will give them a headache. In that case, I recommend a preventive dose of medication before dinner." He stresses that patients should discuss this idea with their doctors before trying it.

Avoid Certain Additives

Certain food additives, including nitrites and some food colorings, are also common headache triggers. Like tyramine, these additives may increase blood flow to the brain causing headaches in some people."We don't understand exactly why this happens," Galvez-Jimenez tells WebMD, "but it has to do with changes in blood vessels."

Unlike classic migraines which affects are also triggered by a substance and are felt on one side of the head, headaches induced by additives or other substances are usually sensed on both sides of the head:
  • Occur within a specific time after substance intake
  • Disappears when a substance is eliminated or within a specific time thereafter

Monosodium glutamate-induced headaches, previously known as Chinese restaurant syndrome, occur within an hour after ingestion of MSG and can cause at least two of the following:
  • Pressure in the chest or face
  • Burning sensation in the chest, neck, or shoulders
  • Dizziness
  • Abdominal discomfort

Experts continue to debate the effects of MSG, an additive found in soy sauce, Chinese foods and many packaged foods. "MSG is a big one," says Galvez-Jimenez.

"Reasons" to Enhance the Flavor

Because MSG is a flavor enhancer for foods, many competitors in the food industry use lower quality foods and just add it in because of its cheap price.  This allows the manufacturer to have a large gain in the economy.  There is a large investment in MSG that leads food giants and glutamate manufacturers to get together to finance medical research studies to prove the safety of the additive to the consumer.  Obviously, the research done in these studies funded by the manufacturer will prove the safety of MSG.  The FDA’s Advisory Board consists of food industry reps as opposed to an unbiased group.  It would only seem natural that the board accepts these research studies. When doctors look at these reports, they see that they are industry funded and don’t take into consideration that MSG could be causing their patients pain.

MSG – A Hidden Additive
MSG can be difficult to pinpoint in many foods because it can be "hidden". Food processing companies disguise it with many names (permitted by the Food and Drug Administration). Sufferers try to avoid foods with MSG on the label, completely unaware of the additional names that MSG goes by.  Patients also believe that their symptoms are due to an allergic reaction to the product, which isn’t the case.  They are experiencing signs of toxic poisoning, and anyone who intakes MSG in a sufficient quantity can experience this as well.

Where is the MSG Hiding?
The following are a few products that ALWAYS contain MSG:
  • Hydrolyzed Vegetable Protein (HVP)
  • Sodium or Calcium Caseinate
  • Autolyzed Yeast, Yeast Extract
  • Yeast Food, Yeast Nutrient
  • Textured Protein
  • Glutamic Acid
  • Monopotassium Glutamate
  • Gelatin
  • Rice Syrup or Brown Rice Syrup

The following products may contain MSG or create MSG during processing:

  • Natural Flavors, flavoring, flavors, natural "anything" flavor
  • Bouillon or Stock
  • Broth (chicken, beef, any kind)
  • Carrageenan
  • Whey protein, whey protein concentrate, whey protein isolate
  • Soy sauce, soy protein isolate, soy protein concentrate
  • Malt Extract or Flavoring, Malted Barley
  • Maltodextrin
  • Anything Protein fortified
  • Anything Fermented
  • Anything Ultra Pasteurized
  • Anything Enzyme-modified

sources: Better HealthWebMD


Please refer to the Food Additives Bible application for information about full list of dangerous colors, flavor enhancers, preservatives, emulsifiers, sweeteners, stabilizers, gelling agents and thickeners:

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Acidity regulator - E335




Sodium Tartrate


 Alternate names E335, Monosodium tartrate, Disodium tartrate
 Function:
Acidity regulator, Antioxidant
Product Uses:
Typical products include sweets, jelly, jams, carbonated beverages.
 Notes
Sodium tartrates are the sodium salts of tartaric acid, a natural organic acid that is in many plants especially grapes, bananas and tamarinds. Commercially it is manufactured as a by-product of the wine industry. The sediment and other waste products from the fermentation process are neutralised, and then the precipitate is treated with sulphuric acid to produce tartaric acid. This produces a transparent crystalline powder which is soluble in water, and then used as an acidity regulator, and anti-oxidant in food.
 Is it harmful? 
Safe

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Acidity regulator - E334




Tartaric Acid


 Alternate names E334
 Function:
Acidity regulator, Antioxidant, Flavour enhancer
Product Uses:
Typical products include baking powder, chewing gum, jams, sweets, jelly, tinned fruit and vegetables, cocoa powder and frozen dairy produce.
 Notes
Tartaric acid exists as a pair of enantiomers and an achiral meso compound. (+)-tartaric acid commonly occurs in nature and can be found in fruit, and sometimes in wine. Tartaric acid is industrially synthesized as a by-product during wine making. Excessive ingestion of tartaric acid results in laxative effects.
 Is it harmful? 
Suspicious

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Acidity regulator - E333




Calcium Citrate


 Alternate names E333, Monocalcium citrate, Dicalcium citrate, Tricalcium citrate
 Function:
Acidity regulator, Antioxidant, Firming agent, Preservative
Product Uses:
Used in many foods including ice-cream, wine, carbonated beverages, sweets, jams, jellies, evaporated and condensed milk, milk powder, processed cheeses, gelatin-based products and confectionery.
 Notes
Calcium citrate is the calcium salt of citric acid, a natural weak organic acid found in many fruits, especially citrus fruits. Commercially it may be produced by the fermentation of carbohydrate solutions, usually molasses or hydrolysed corn starch with Aspergillus niger. This produces a white crystalline powder which is soluble in water. Calcium citrate is used as an acidity regulator, preservative, anti-oxidant, sequestrant, firming agent, and sometimes a flavour in food.
 Is it harmful? 
Safe

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Sunday, June 1, 2014

Acidity regulator - E332




Potassium Citrate


 Alternate names E332, Potassium Dihydrogen Citrate
 Function:
Acidity regulator, Antioxidant, 
Product Uses:
Found in foods such as jams, sweets, ice-cream, carbonated beverages, milk powder, wine and processed cheeses.
 Notes
Potassium citrate is the potassium salt of citric acid, a natural weak organic acid found in many fruits, especially citrus fruits. Commercially it may be produced by the fermentation of carbohydrate solutions, usually molasses or hydrolysed corn starch with Aspergillus niger. This produces a white crystalline powder which is soluble in water. Potassium citrate is used as an acidity regulator and buffering agent in soft drinks. Tripostassium citrate can also be used as an antacid for the stomach.
 Is it harmful? 
Safe

Please refer to the Food Additives Bible application for information about full list of dangerous colors, flavor enhancers, preservatives, emulsifiers, sweeteners, stabilizers, gelling agents and thickeners>

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Acidity regulator - E331




Sodium Citrate


 Alternate names E331, Sodium Dihydrogen Citrate
 Function:
Acidity regulator, Antioxidant, Flavour enhancer, Sequestrant
Product Uses:
Found in foods such as ice-cream, jams, sweets, milk powder, processed cheeses, carbonated beverages and wine.
 Notes
Sodium citrate is the sodium salt of citric acid, a natural weak organic acid found in many fruits, especially citrus fruits. Commercially it may be produced by the fermentation of carbohydrate solutions, usually molasses or hydrolysed corn starch with Aspergillus niger. It is used as a preservative, and to add an acidic taste to foods and soft drinks. Monosodium citrate is a strong sequestrant and is used to prevent clumping in blood samples. Disodium citrate is used as an anti-oxidant, acidity regulator, and sequestrate in foods. Trisoduim citrate is used as a flavour, and preservative in foods. This produces a white crystalline powder which is soluble in water.
 Is it harmful? 
Safe

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Acidity regulator - E330




Citric Acid


 Alternate names E330
 Function:
Acidity regulator, Antioxidant, Flavor enhancer, Preservative
Product Uses:
Found in foods such as butter oil, fruit juice, bakery goods, alcoholic drinks, beer, cheese and processed cheeses, spreads, cider, biscuits, cake mixes, frozen fish, ice-cream and sorbets, jams, jellies, frozen croquette potatoes and potato waffles, packet soups, sweets, tinned fruits, sauces, vegetables and wine.
 Notes
Citric acid is an organic acid found in fruit, vegetables and household products. It is used commercially as a preservative. It is found naturally in many fruit juices and in a variety of fruits and vegetables, especially citrus fruits. Citric acid does not cause allergic reactions in people who have a citrus allergy. This is because it is commercially produced from sugar, not fruit. Citric acid intolerance is an uncommon condition. This is unrelated to a sensitivity to Aspergillus niger (A. niger), a type of fungus that is used in the commercial production of citric acid. Note: it is possible that A. Niger and sulfites are not completely filtered out during the citric acid production process, which may affect some people. When a sufferer ingests or comes into contact with citric acid, symptoms similar to a food allergy can occur. Citric acid intolerance is triggered by ingesting or coming into contact with products that contain citric acid (E330) either naturally or introduced. Potential symptoms may include abdominal pain (stomach cramps), anaphylaxis - rarer, aphthous (oral) ulcer, atopic dermatitis (eczema), bloating, diarrhoea / diarrhea, nausea, pruritus (itch), skin crusting, skin dryness, skin rash – red, sore throat / mouth urticaria (hives) – rarer, vomiting. Through our research The Trusted Trolley Team have therefore rated Citric Acid as Certain People.
 Is it harmful? 
Certain People

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Acidity regulator - E329




Magnesium Lactate


 Alternate names E329
 Function:
Acidity regulator, Antioxidant
Product Uses:
Found in foods such as sweets, salad dressings, cakes, biscuits, ready to eat meat and poultry, wheat beers, sour milk and yogurt, soft drinks, confectionery, pickled foods, tinned fruit and vegetables.
 Notes
Magnesium lactate is the magnesium salt of lactic acid, which is a natural acid produced by the fermentation of lactose (milk sugar). It is produced commercially from the bacterial fermentation of carbohydrates, and molasses. It acts as a preservative, acidity regulator, and anti-microbial agent which is highly effective against bacteria, fungi and yeast. Magnesium lactate is also a mineral supplement.
 Is it harmful? 
Safe

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Acidity regulator - E328




Ammonium Lactate


 Alternate names E328
 Function:
Acidity regulator, Antioxidant
Product Uses:
Found in foods such as sweets, salad dressings, cakes, biscuits, ready to eat meat and poultry, wheat beers, sour milk and yogurt, soft drinks, infant formulas, confectionery, pickled foods, tinned fruit and vegetables.
 Notes
Ammonium lactate is the ammonium salt of lactic acid, which is a natural acid produced by the fermentation of lactose (milk sugar). It is produced commercially from the bacterial fermentation of carbohydrates and molasses.
 Is it harmful? 
Safe

Please refer to the Food Additives Bible application for information about full list of dangerous colors, flavor enhancers, preservatives, emulsifiers, sweeteners, stabilizers, gelling agents and thickeners>

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