I thought this would be a good topic because so many people don't know the truth about diet soda.
Nutrition: Why You Shouldn’t Drink Diet SodaThose who drank one or more soft drinks a day had a 31 percent greater risk of becoming obese. Consumption of sugar-laden sodas with multiple risk factors for heart disease, also found the link extends to diet sodas. They found adults who drink one or more sodas a day had about a 50 percent higher risk of metabolic syndrome -- a cluster of risk factors such as excessive fat around the waist, low levels of "good" cholesterol, high blood pressure and other symptoms. "When you have metabolic syndrome, your risk of developing heart disease or stroke doubles. You also have a risk of developing diabetes," said Dr. Ramachandran Vasan of Boston University School of Medicine, whose work appears in the journal Circulation.DIET COKE PLUS™ Dr. Hull's Comments: Vitamins mixed with chemical toxins...it's hard to make a logical comment on something so ridiculous. To start with, the vitamins added to this chemical drink are not natural, but manufactured replicas of real vitamins from foods. Mixed with the carbonation and the toxic acidic levels in a diet cola, any vitamins and minerals are quickly destroyed in the bottle. Then, the same toxins that make up aspartame, two manufactured amino acids connected by methanol, still make this diet cola just as nasty as it was before. Nothing's changed. Sorry, folks, this new "vitamin" diet cola is another diet product with misleading marketing.
We all find reasons to do bad things when it comes to diet but when the truth is clearly stated to you it's harder to make those bad choices. I'm glad you liked the post.
Here is some more information to hopefully answer you question plus give your more insight into healthy drinking.
I view artificial sweeteners as toxic substances to the body and its metabolism. A rule of thumb for good nutrition is to eat foods that come from the earth. These, you might say, are kryptonite to that ideology. The list of side effects from artificial sweeteners is vast, but common reports include headaches, dizziness, mood changes, abdominal pain and cramps, memory changes, fatigue and physical weakness. Sound familiar? Time to clean out the pantry. Read the labels and consider tossing anything containing these ingredients.
Though those in the food industry and even physicians might advise that by using these products, weight loss will follow, the opposite is actually true. A recent study in Behavioral Neuroscience, as well as my personal clinical experience, support this. The theory is that upon consumption, the body reacts as if the artificial sweetener is glucose, and stimulates the release of insulin (shown in animal studies). This would cause the activation of the body’s storage mode. Fats and sugars are more likely to be stored than burned. If the sweetener is consumed by itself as part of a low-calorie beverage, then the body is trying to store glucose that isn’t there, so hunger for sugar is stimulated. That hunger triggers a stress response in the body that is most likely the cause of some heart palpitations, headaches, and muscle cramps. So, for a moment of simulated sweetness, the metabolism switches off, the body is put into storage mode and hunger for sugar is stimulated.
There are several studies showing that consumption of aspartame can lead to excess levels of phenylalanine (an amino acid that is safe in small doses). The end-result is decreased levels of serotonin in the brain. Because serotonin is the chemical messenger between brain neurons, its decrease can lead to depression, anxiety or panic attacks. Anti-depressant medications work by increasing the amount of serotonin available between neurons. Before you turn to prescription meds, try eliminating these products from your diet.
Artificial sweeteners slow your metabolism, causing more weight gain than loss. A healthy nutrition plan means avoiding all foods and drinks containing them, especially for those suffering from any of the aforementioned symptoms. In my experience, giving up diet soda, for example, almost always results in improved blood sugar control, and decreased body weight and symptoms.
But I thought Splenda was natural?
Sorry. Splenda is a sugar molecule at its base, but has chlorine attached to it. Researchers claim that Splenda has more in common with pesticides (supposedly the molecule was discovered when trying to make a new pesticide) than it does with natural sugar. Skip the Splenda.
If I can’t have diet soda, what can I drink?
Go for the H2O. The first thing you should increase is you intake of pure water. Make a solid effort to consume at least eight glasses a day. If you struggle, try keeping a pitcher of water with sliced lemons, limes, oranges, and/or cucumbers in the refrigerator. A little natural flavor never hurts. Fresh brewed green iced tea is another healthy alternative that provides a small amount of caffeine, along with antioxidants and other substances which decrease the risk of cancer and diabetes. If you need the sweetness, use a small bit of real sugar, honey, or if you can find it, stevia (an herb known for its naturally sweet leaves).
Does aspartame produce enough methanol to harm people? The short answer is, "there is a lot of controversy around this question," as you will see in several of the links below. Most people regularly consume up to 10 mg of methanol per day as part of their normal diet. One 12-ounce can of aspartame-sweetened soda contains about 200 milligrams of aspartame [reference]. You'd add a tenth of this amount to your diet as methanol following digestion (20 mg). (reference: http://recipes.howstuffworks.com/question536.htm)
here is a list of foods (natural) that contain as much if not more formaldehyde than aspatame
http://www.cfs.gov.hk/english/whatsnew/whatsnew_fa/files/formaldehyde.pdf
On top of honey and table sugar, I love to use Agava Necter and Maple Syrup. Both come from plants and add a great taste! I use maple syrup more on oat meal then anything else but you never know maybe it could taste good in a drink too.
So as to not take up a ton of space on this discussion thread, I just wanted to add a couple of links for additional information. The past two weeks I've written a couple of articles on non-calorie sweeteners which are related to the information in this thread. I will be doing a couple of additional articles the next two weeks to finish the series. The first two are:
Non-Calorie Sweeteners: Do they increase appetite?
Non-Calorie Sweeteners: Do they support weight loss?
Next week will discuss the potential results of consuming excess non-calorie sweeteners.
I have been told for years that carbonated beverages are damaging to your teeth. On a quick google search, I found that may not be quite the case. The thought is: the gas from the carbonation can errode the enamel from teeth.
An issue that is more accurate, is that carbonation does leach calcium from bones.
A quick note on the origin of the two most common artificial sweetners.
Aspartame - This chemical was developed in the booming cold war and vietnam war era. It's listed purpose by the federal govt was as a potential biological weapon to be used as a nerve toxin. Once the 1980's hit it was developed into a sweetner and conveniently taken off the potential biological weapons list. Go figure.
Sucrolose - This chemical was invented by a chemistry student in a lab developing a new pesticide. He creates it and his professor asks him to TEST it. He thought the professor said to TASTE it. He tastes the chemical and finds it's extremely sweet. And the rest is history. Think about that when you add splenda to your coffee.
Just wanted to add some clarification to this post....
Aspartame
Aspartame was discovered in 1965 by James M. Schlatter, a chemist working for G.D. Searle & Company. Schlatter had synthesized aspartame in the course of producing an anti-ulcer drug candidate. He discovered its sweet taste serendipitously when he licked his finger, which had accidentally become contaminated with aspartame.
Sucralose
In the 1960s, Tate & Lyle Sweeteners Division, a division of the Tate & Lyle Company, was investigating the use of sugar in nontraditional areas. As part of this initiative, a 1989 collaborative study was undertaken at Queen Elizabeth College, University of London (Knight, 1994), which resulted in the 1989 discovery of a compound that was eventually called sucralose. Sucralose was the first non-calorie sweetener made from sugar, or natural sucrose. Sucralose may have the strangest “accidental discovery” story of all the sweeteners. Tate & Lyle, a British sugar company, was looking for ways to use sucrose as an intermediate (not as a pesticide). In collaboration with Prof. Leslie Hough’s laboratory at King’s College in London, halogenated sugars were being synthesized and tested. A foreign graduate student, Shashikant Phadnis, responded to “testing” of a chlorinated sugar as a request for “tasting,” leading to the discovery that many chlorinated sugars are sweet with potencies some hundreds or thousands of times as great as sucrose.
Oh and I drink diet soda! My favorite is Diet Pepsi. I don't have it every day but do enjoy it! ![]()





