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CONNECTIONS to HEALTH |
How much water do you drink a day, as water?
You know, we ask every patient this question and in almost every case we get exactly the same answer. Any ideas what the answer is? Did it pop into your head when you read the title of this piece? In almost every case the patient answers "not as much as I should do"! Now if you know you're not drinking enough water, why on earth don't you? Well perhaps it's because you're dehydrated. Drinking enough water is the single most health improving thing that you can do for yourself after remembering to breathe! Furthermore it's virtually FREE.
So why is dehydration such a problem?
Simply put virtually everything in the body takes place in an aqueous environment. i.e. in a fluid medium. If the body is dehydrated the body fluids are thicker and more viscous, so everything requires more effort. It's the difference between wading through water and wading through treacle. If you're dehydrated then cell membranes get thicker to try and preserve the water that is inside the cell. This makes it much harder to get nutrients into a cell and the waste products out again. It gets more serious than this however. Do you know that it has been estimated that every cell only gets about 40% of its energy requirement from metabolic processes? That's right only about 40% of the energy needs of a cell comes from the fuel we provide for it in the form of nutrition.
So the question is "where does the other 60% come from?"The short answer is that nobody knows for sure. There are three best educated guesses knocking around at the moment. Two of them are directly related to dehydration and the third is indirectly related to it. 1. The laws of thermodynamics state that energy is neither created nor destroyed; it is merely transformed into an other form, until entropy gradually dissipates it. (I am paraphrasing here as it's been a long time since I did any physics, and that's the best I can remember it. If anyone feels the need to correct me please email me.) So the energy of the Brownian motion in the cell is converted for the cell's use. Brownian motion, if you recall is the incessant jiggling of small particles caused by the random movement of the molecules of the suspending fluid. The more dehydrated the suspending fluid is the greater the surface tension is so you get less Brownian motion. 2. As water is drawn through microscopic pores in the cell membrane a turbine effect is created which generates energy; and 3. A photoelectric effect happens when light shines through a cell membrane generating energy. When the cell is dehydrated the membrane gets thicker which reduces the amount of light that will get through.
So at a very fundamental level of cellular metabolism being fully hydrated can make dramatic changes to your energy levels.
What are the symptoms of dehydration?
According to Dr. Fereydoon Batmanghelidj, the author of "Your body's many cries for water", they include:-
Give me one good reason why I should drink more waterDr. Batmangehelidj also gives us 46 reasons why your body needs enough water every day in his book "Water and salt your healers from within".
So how much do we need to drink a day?
According to Dr. Fereydoon Batmanghelidj most adults need approximately four and a half pints of water a day as water. Most of the things we drink are diuretics, which make us lose water. Anything with tea in, coffee, caffeine, sugar, artificial sweetener, carbon dioxide or alcohol are diuretics and make us lose water.
The body absorbs water. It is a passive process. It doesn't require any resources to get it into us. If there is anything in the water, or if there is anything in the stomach so that it forms a "soup" when we drink it, the body treats it as a food and digests it, which is an active process and requires body resources. So the trick is to get the water into us when the stomach is empty. Drinking a pint of water half an hour before your three main meals and a half pint of water two and a half hours after each of your three main meals is a way of doing this.
One thing to remember
Chlorine is present in most municipal water supplies and is bactericidal. There is some evidence to suggest that normal bowel flora, the so-called friendly bacteria, are more susceptible to chlorine than are pathogenic bacteria. This means that if you are drinking large amounts of tap water you could be upsetting the bowel's bacterial balance. Filtering the water will remove chlorine.
For more information about this or why rehydration is such a good thing for the rest of you, we recommend Dr. Batmanghelidj's books. Your body's many cries for water. Water and salt your healers from within.
So let me re-ask that pesky question we started with.
How much water are you going to drink a day, as water?
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