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Why Dogs Can't Eat Chocolate


The worst a Hershey bar can do to you is add an inch to your hips. But that same candy – even in relatively small amounts – can make a dog very sick. Make no mistake: For them, chocolate is poison.

In addition to a high fat content, chocolate contains caffeine and theobromine, two different types of stimulants that affect the central nervous system and the heart muscle, as well as increasing the frequency of urination.

Symptoms of Poisoning

If your 50-pound dog gets his paws on a single chocolate-chip cookie, it probably won't cause him serious problems. However, if he gobbles up more – a pan of brownies, say – he may develop vomiting or diarrhea.

Once toxic levels are reached, the stimulants kick in, and this is when you really have to worry. Symptoms include: restlessness, hyperactivity, muscle twitching, increased urination and/or excessive panting.

If your pet isn't treated, he could go into a seizure – possibly even die.

How Much Is Toxic?

The amount of chocolate that it takes to poison your pet depends on the type of chocolate he's eaten and his weight. White chocolate has the least amount of stimulants and baking chocolate or cocoa beans have the highest. Here is a list of the most common sources of chocolate and the amount that leads to toxicity:

  • White Chocolate. Mild signs of toxicity can occur when 45 ounces per pound of body weight is ingested. Severe toxicity occurs when 90 ounces per pound of body weight in ingested. This means that a 20-pound dog would need to ingest at least 55 pounds of white chocolate to cause nervous system signs. A 10-pound cat would need to ingest 27 pounds. Yes, that is twenty seven pounds! White chocolate has very little real chocolate in it. Therefore, the levels of caffeine and theobromine are very low. Tremendous amounts of white chocolate need to be ingested in order to cause toxic signs from chocolate. It is highly unlikely that white chocolate ingestion will result in the toxic neurologic signs but, the severe gastrointestinal effects from a high fat food develop with much less white chocolate ingestion.

  • Milk Chocolate. Mild signs of toxicity can occur when 0.7 ounces per pound of body weight is ingested. Severe signs occur when 2 ounces per pound of body weight is ingested. This means that a little less than one pound of milk chocolate can be toxic to the nervous system of a 20-pound dog. A 10-pound cat would need to ingest 1/2 pound.

  • Semi-Sweet Chocolate. Mild signs of toxicity can occur when 1/3 ounce per pound of body weight is ingested. Severe signs occur when 1 ounce per pound of body weight is ingested. This means that as little as 6 ounces of semi-sweet chocolate can be toxic to the nervous system of a 20-pound dog. A 10-pound cat would need to ingest 3 ounces.

  • Baking Chocolate. Mild signs of toxicity can occur when 0.1 ounce per pound of body weight is ingested. Severe signs occur when 0.3 ounce per pound of body weight is ingested. Two small one-ounce squares of baking chocolate can be toxic to a 20-pound dog. A 10-pound cat would need to ingest 1 ounce of baking chocolate. This type of chocolate has the highest concentration of caffeine and theobromine and very little needs to be ingested before signs of illness become apparent.

    Even if your pet doesn't eat enough chocolate to induce toxicity, the candy's high fat content may cause him to vomit or have diarrhea at much smaller amounts than those shown. If that happens, watch him carefully. If his symptoms don't clear up within eight hours, call your veterinarian (if your pet is very small or young, call within four hours); aside from toxicity issues, you don't want the animal to dehydrate. Try to be as precise as you can about the type of chocolate the animal ate, how much he took and approximately when he ate it.

    The sooner you get help, the better off your pet will be. If the animal is showing signs of toxicity, he has a good prognosis if he's treated within four to six hours of ingestion. The effects of the chocolate can linger for 12 to 36 hours, though, so your pet may require hospitalization.

  • source taken from: http://www.petplace.com/

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    World famous English striker Wayne Rooney crowned PFA player of the year


    Rooney crowned PFA player of the year
    Monday, April 26, 2010, 15:56 [IST]

    London, Apr 26: World famous English striker Wayne Rooney was on Sunday, Apr 25 crowned the Professional Footballers' Association (PFA) player of the year.

    At the award ceremony, the Manchester United player also announced his readiness for the upcoming World Cup 2010.


    24-year-old Rooney was forced to miss a couple of games in the recent past due to his groin injury.

    "I'm disappointed to miss a couple of games. Hopefully I will play before the season finishes," he told guests at the PFA dinner.

    When asked if he would be physically ready for the World Cup, he declared, "No problems for the World Cup."

    He, however, dismissed the beliefs that he is key to England's victory in World Cup 2010, scheduled to kick start in Jun 2010 in South Africa.

    "We've got a lot of great players. If I get injured, so be it," he said.

    OneIndia News

    source taken from: http://news.oneindia.in/

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    Chokeberry (Aronia), extract a powerful antioxidant & helps regulate weight gain and blood glucose

    Chokeberry extract 'regulates weight gain'
    Monday, April 26, 2010, 9:34 [IST]

    Washington, April 26 (ANI): The chokeberry (Aronia) extract is a powerful antioxidant and helps regulate weight gain and blood glucose, according to a new study on rats.

    Native Americans have traditionally eaten dried chokeberries and prepared tea from parts of the plant.

    However, the chokeberry is enjoying a new claim-to-fame as a potentially powerful antioxidant, and can now be found for sale in the dietary supplement and "health food" aisles of pharmacies and grocery stores.

    Scientists say that the reason chokeberry is so healthful is because of its unusually high levels of substances called anthocyanins (from the Greek anthos + kyanos meaning dark blue).

    There are many different anthocyanins in these colourful berries, but they all function as antioxidants - originally protecting the chokeberry seed from sunshine-induced oxidative stress.

    When we eat them, they also appear to protect our bodies from a variety of damaging situations, including exposure to pollution and metabolically-derived free radicals.

    Indeed, a growing body of scientific literature has shown promising effects of chokeberry consumption on diseases ranging from cancer to obesity.

    In addition, certain anthocyanins - including those found in chokeberry - have also been shown to improve blood sugar and the function of insulin.

    To better understand how chokeberries influence health, Bolin Qin and Richard Anderson from the US Department of Agriculture in Beltsville studied what happens when prediabetic rats are fed chokeberry extracts for an extended period of time.

    This presentation is part of the scientific programme of the American Society for Nutrition, home of the world's leading nutrition researchers.

    The researchers first made male rats "prediabetic" or insulin insensitive by feeding them a fructose-rich diet for 6 weeks.

    Then they randomised the animals to continue drinking either pure water or water spiked with low or high levels of chokeberry extract.

    After drinking this water for six weeks, the groups were compared in terms of body weight, body fat, blood glucose regulation, and molecular markers for inflammation.

    Qin and Anderson found that at the end of the study the rats consuming the chokeberry-spiked water weighed less than the controls; both levels of chokeberry had the same effect in this regard.

    Similar beneficial effects of chokeberry consumption were found for body fat (specifically, that of the lower abdominal region).

    They also discovered that animals that had been drinking chokeberry extract had lower blood glucose and reduced levels of plasma triglycerides, cholesterol, and low-density lipoprotein (LDL) cholesterol when compared to the control animals, says a US Department of Agriculture release.

    These alterations would theoretically lead to lower risk for diabetes and cardiovascular disease in humans.

    The results were presented at the Experimental Biology 2010 meeting in Anaheim, CA. (ANI)

    source taken from: http://news.oneindia.in/

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