
Artificial sweeteners seem to get invented by accident … in labs. Saccharin was developed by chemist Constantin Fahlberg. He forgot to wash his hands after trying to invent new uses for coal tar. When he was eating dinner, noticed that it tasted sweet - coal tar.
Splenda is the commercial name for sucralose-based artificial sweetener. Sucralose is made by replacing three select hydrogen-oxygen groups on sucrose (table sugar) molecules with three chlorine atoms. Very little research on the side effects of Splenda has been done. This concerns me. I’m also not a fan of the chlorine aspect of it.
One of my favorite diet drinks, among many, Coke Zero contains Aspartame.
Aspartame was discovered by chemist James M. Schlatter. He was trying to produce an anti-ulcer drug candidate. He licked his finger to lift a paper and noticed it was sweet.
“Upon ingestion, aspartame breaks down into natural residual components, including aspartic acid, phenylalanine, methanol, and further breakdown products including formaldehyde and formic acid, accumulation of the latter being suspected as the major cause of injury in methanol poisoning.”
Let us look at the three components:
- Aspartic acid - an amino acid. Aspartate is non-essential in mammals. Reactions to excess aspartate includes: Headaches/migraines, nausea, fatigue, sleep problems, vision problems, anxiety attacks, depression, and more.
- Phenylalanine - an amino acid. In large quantities interferes with the production of serotonin.
- Methanol - Simplest alcohol. Flammable. Used by Mobil for producing gasoline. Methanol has a high toxicity in humans. If ingested, for example, as little as 10 mL of pure methanol can cause permanent blindness by destruction of the optic nerve, and 30 ml is potentially fatal.
At one point, 4 years ago, I was drinking 12 cans of Coke Zero a day. Now I am down to 3-6 cans a day. It is time to finally quit the soda. This was enough to motivate me.
Sources: Discovery Science, Wikipedia, How Stuff Works, Mercola, Women to Women

