Is Your Microwave Cooking Making You Sick?
A look at how microwaved food can negatively affect your health
by Catherine Ebeling - RN, BSN & Mike Geary - Certified Nutrition Specialist
co-authors - The Fat Burning Kitchen
Do you know what (besides a television) is in almost every home in America ? It’s a microwave oven. Because microwave ovens are quick and easy and don't take up much space, they are used for meal preparation in the home, at the office, and even restaurants. Even your favorite healthy restaurant may depend on these electrical devices to quickly heat up or cook foods. So, the question here is —
Are microwave ovens safe, and is it ok to eat the food cooked in them?
Before we look at the science of how microwaved food can affect your blood chemistry and negatively affect your health, let's look at a bigger picture, common-sense thought process about this...
If you think about it from this perspective, the human digestive system evolved over tens of thousands of years to digest food that was either raw or cooked in water or by heat. However, food cooked via microwaves is a totally alien and unknown cooking method to the human digestive system.
It's just common sense that such a radically different cooking method will alter the chemistry of the food to negatively impact our health.
Now onto a little more science...
Let’s take a look at how microwaves ovens work
Microwaves are a part of the whole electromagnetic spectrum of energy that includes light waves and radio waves. They travel at the speed of light--which is about 186,282 miles per second. So how does that oven heat up the food so fast?
Inside the microwave oven, there is a “magnetron” which is a tube full of electrons. The electrons in the microwave oven react with magnetic and electronic energy and become micro wavelengths. This is the radiation that interacts with the molecules in food.
Food molecules have a positive and negative end, kind of like the way a magnet has a north and a south polarity. The electrons from the magnetron produce wavelengths that react with the positive and negative parts of the food molecules. The food molecules then start vibrating, up to several million times a second. This molecular “vibration” is what creates the heat in the food.
This agitiation
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