Anti-aging and Alkaline Diet...Cont.
These acidic wastes and toxins are disposed out of the body in liquid form, as urine or perspiration, after first being dissolved into the blood. Every element within our body was place there by the blood and can come out of there by first being dissolved into the blood and then being carried out. If anyone loses ten pounds by any dietary means, it can be said that most of that ten pounds came out through the urine.

Unfortunately, due to our life styles and environments (i.e., too much ingestion, overwork, over indulgence, not enough rest, staying up late, not enough exercise, inadequate water consumption, smoking, pollution, low alkaline diet etc.) the body cannot get rid of all the acidic waste products that it generates within. We accumulate these left over waste products somewhere within our body. This is the process of getting old.

To make matters worse, mixed with these organic acids are inorganic acid minerals such as chlorine, phosphor, and sulfur that come in with most of our acidic foods: meats, grains and root crops. We don't eat enough of alkaline diet (anti-aging) foods such as fruits and vegetables that contain inorganic alkaline minerals: calcium, magnesium, sodium, potassium, etc.

Although the amounts of inorganic minerals are small compared with the organic acid wastes that the body produces, they contribute more towards the acid side.

However, one important thing to note is that even if one does not eat any acidic food at all, as long as carbohydrates and proteins are consumed, the body produces much more acidic wastes than the inorganic alkaline minerals can counteract.

We are born with high alkaline blood pH of 7.44. As we get older, the blood pH drops down to 7.35 or below. The blood pH referred to here is the artery blood pH. The difference of 0.09 in pH value seems very small but since pH is logarithmic, the amount of hydroxyl ion (OH-) in 7.44 pH is 1.23 times that of 7.35 pH, because 10=1.2303.

The hydroxyl ion is an oxygen donor while the hydrogen ion (H+) is an oxygen taker. In other words, young people carry 23% more of the oxygen donors in their blood than older people. No wonder they are more energetic.

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