I don't know why it's ingrained into me but i get disgusted seeing a 300 lb person throw down double cheeseburgers until infinity and then feel bad about it afterwards.
what is the difference between that and a drug addict spending their last $40 on a couple bags of dope, even though they know they shouldn't, but man it's gonna feel so good, [man, this is gonna taste so good] and it's just gonna be this one last time [just this last cheeseburger] then I'll quit, I swear [then I'll go on a diet, I swear...]
the only two differences I can think of -
1) drugs are illegal, and cheeseburgers are not (even though one's like McDonald's should be - I'd be more than willing to bet that the negative health aspects of a McDonald-filled diet are just as detrimental, if not more, than most illegal drugs).
2) a lot of people who eat aren't doing it behind garbage bins, in dark alleyways, in their rooms with their door shut, slunked down in the front seat of the car with eyes darting around to make sure nobody's going to catch them eat that cheeseburger...
hell, maybe they should make a McDopers - tourinquets instead of ketchup packets, needles instead of french fries, and a number 5 with a coca-cola gets you a big fat speedball - everyone sitting around at the booths with a tray in front of them of their precious dope, nodding out in their own drool...
I think I'd rather see an overweight person eat a hamburger.
JUST STOP FUCKING EATING, but you can say the same thing to a drug user too i guess but at least drugs get you high.
ahh...but food gets you high, too. Did you know that dairy products that come from milk actually contain morphine? Especially cheese. Chocolate is addictive and gets you high, too.
"University of Michigan researchers showed that chocolate does not merely tickle your taste buds; it actually works inside your brain in much the same way opiate drugs do. The researchers gave 26 volunteers a drug called naloxone, an opiate-blocker used in emergency rooms to stop heroin, morphine, and other narcotics from affecting the brain. It turned out that naloxone blocked much of chocolate’s appeal. When they offered volunteers a tray filled with Snicker’s bars, M & M’s, chocolate chip cookies, and Oreos, chocolate was not much more exciting than a crust of dry bread.
In other words, chocolate’s attraction does not come simply from its creamy texture or deep brown color. It appears to stimulate the same part of the brain that morphine acts on. For all intents and purposes, it is a drug—not necessarily a bad one and not a terribly strong one, but powerful enough nonetheless to keep us coming back for more.
As common as chocolate addiction may be, it is by no means the only potentially addictive food, nor is it the most dangerous. In PCRM’s research studies, when we take people off meat, dairy products, and other unhealthy fare, we often find that the desire for cheese, in particular, lingers on much more strongly than for other foods. While they might like ice cream or yogurt, they describe their feelings for cheese as a deep-seated craving.
In 1981, Eli Hazum and his colleagues at Wellcome Research Laboratories in Research Triangle Park, N.C., reported a remarkable discovery. Analyzing samples of cow’s milk, they found traces of a chemical that looked very much like morphine. They put it to one chemical test after another. And, finally, they arrived at the conclusion that, in fact, it is morphine. But there is indeed some morphine in both cow’s milk and human milk.
Morphine, of course, is an opiate and is highly addictive. So how did it get into milk? At first, the researchers theorized that it must have come from the cows’ diets. After all, morphine used in hospitals comes from poppies and is also produced naturally by a few other plants that the cows might have been eating. But it turns out that cows actually produce it within their bodies, just as poppies do. Traces of morphine, along with codeine and other opiates, are apparently produced in cows’ livers and end up in their milk.
But that was only the beginning, as other researchers soon found. Cow’s milk—or the milk of any other species, for that matter—contains a protein called casein that breaks apart during digestion to release a whole host of opiates called casomorphins. A cup of cow’s milk contains about six grams of casein. Skim milk contains a bit more, and casein is concentrated in the production of cheese.
If you examined a casein molecule under a powerful microscope, it would look like a long chain of beads (the “beads” are amino acids—simple building blocks that combine to make up all the proteins in your body). When you drink a glass of milk or eat a slice of cheese, stomach acid and intestinal bacteria snip the casein molecular chains into casomorphins of various lengths. One of them, a short string made up of just five amino acids, has about one-tenth the pain-killing potency of morphine.
What are these opiates doing there, hidden in milk proteins? It appears that the opiates from mother’s milk produce a calming effect on the infant and, in fact, may be responsible for a good measure of the mother-infant bond. No, it’s not all lullabies and cooing. Psychological bonds always have a physical underpinning. Like it or not, mother’s milk has a drug-like effect on the baby’s brain that ensures that the baby will bond with Mom and continue to nurse and get the nutrients all babies need. Like heroin or codeine, casomorphins slow intestinal movements and have a decided antidiarrheal effect. The opiate effect may be why adults often find that cheese can be constipating, just as opiate painkillers are.
French researchers fed skim milk and yogurt to volunteers and found that, sure enough, casein fragments do pass into the bloodstream. They reach their peak about 40 minutes after eating. Cheese contains far more casein than other dairy products do. As milk is turned into cheese, most of its water, whey proteins, and lactose sugar are removed, leaving behind concentrated casein and fat.
Cheese holds other drug-like compounds as well. It contains an amphetamine-like chemical called phenylethylamine, or PEA, which is also found in chocolate and sausage. And there are many hormones and other compounds in cheese and other dairy products whose functions are not yet understood. In naloxone tests, the opiate-blocking drug eliminates some of cheese’s appeal, just as it does for chocolate.
Cheese consumption in the U.S. rose from 15 pounds per person per year in 1975 to more than 30 pounds in 1999. And you can thank the federal government. The USDA Report to Congress on the Dairy Promotion Programs for the year 2000 described how the government and industry worked with fast-food chains to make sure that cheese was prominently displayed in menu items. One federally sanctioned program launched Wendy’s Cheddar Lover’s Bacon Cheeseburger, which single-handedly pushed 2.25 million pounds of cheese during the promotion period. Another promoted Pizza Hut’s “Ultimate Cheese Pizza”—with an entire pound of cheese per pizza—selling five million pounds of it during a six-week promotion in 2000. And in 1996, cheese was not a required ingredient in Subway sandwiches. So a similar federal program helped the restaurant chain promote cheese and include it as a required ingredient in two new sandwiches, the Chicken Cordon Blue and Honey Pepper Melt, anticipating the sale of an extra 70,000 pounds of cheese.
At a “Cheese Forum” held on Dec. 5, 2000, Dick Cooper, the Vice President of Cheese Marketing for Dairy Management, Inc., showed slide after slide detailing the industry’s plans for pushing cheese in grocery chains, food services, and fast-food restaurants.
One slide asked the question “What do we want our marketing program to do?”
...and then gave the answer: “Trigger the cheese craving.” "
- physicans committee for responsible medicine - pcrm.org
so. put that in your pipe and smoke it.