For those people who are short of cash or time, instant noodles are a common to-go food for dinner or lunch. Surely, people understand that noodles aren’t a healthy food, but they might think that instant noodles aren’t as bad.
Not as bad as consuming a burger. But, one doctor of the Massachusetts General Hospital by the name Barden Kuo might make you reconsider this belief.
What he did is that he used a pill-sized camera in order to understand what goes on in the digestive tract and stomach after the consumption of raman noodles. Raman noodles are one kind of instant noodles.
Below you can see the video of the experiment. If you look into the video, you will see the noodles in the stomach. Even after 120 minutes, they stay intact in comparison to the homemade raman noodles.
This is concerning because it can be a strain when it comes to your digestive system. Your digestive system will we forced to work for hours in order to digest this food.
And when the foods stay for a long time in the digestive tract it can influence the absorption of nutrients. But when it comes to instant raman noodles, there isn’t much nutrition in the first place.
As a matter of fact, in instant raman noodles, there are many additives such as TBHQ, i.e. tertiary butyl hydroquinone. This expensive additive will probably stay in your stomach, and no one knows what it can do to your overall health.
But when you put common sense into it, you know it won’t be good. You should also know that this toxic preservative TBHQ is actually a byproduct of the petroleum industry.
It’s a synthetic chemical that has antioxidant properties, and it isn’t an antioxidant. It stops the oxidation of oils and fats which means it extends the shelf life of foods that are processed. It is present in many processed foods.
A Consumer’s Dictionary of Food Additive says that exposure to the only 1g of TBHQ can lead to
- Collapse
- Vomiting
- Nausea
- Tinnitus – ringing in the ears
- Sense of suffocation
- Delirium
- Reproductive impacts at high doses
- Liver effects at low doses
- Biochemical changes at low doses
- Positive results of mutation from in vitro experiments on mammalian cells
Leave a Comment