Many scientific studies have shown an assortment of detrimental health effects directly linked to milk consumption. And the most surprising link is that not only do we barely absorb the calcium in cow’s milk (especially if pasteurized), but to make matters worse, it actually increases calcium loss from the bones. What an irony this is!
Here’s how it happens. Like all animal protein, milk acidifies the body pH which in turn triggers a biological correction. You see, calcium is an excellent acid neutralizer and the biggest storage of calcium in the body is in the bones. So the very same calcium that our bones need to stay strong is utilized to neutralize the acidifying effect of milk. Once calcium is pulled out of the bones, it leaves the body via the urine, so that the surprising net result after this is an actual calcium deficit. Knowing this, you’ll understand why statistics show that countries with the lowest consumption of dairy products also have the lowest fracture incidence in their population. But the sad truth is that most mainstream health practitioners ignore these proven facts. Many scientific studies contradict the conventional wisdom that milk and dairy consumption help reduce osteoporotic fractures. Surprisingly, studies demonstrating that milk and dairy products actually fail to protect bones from fractures outnumber studies that prove otherwise. Even drinking milk from a young age does not protect against future fracture risk but actually increases it.
Nobody can dispute that cow’s milk is an excellent food source for calves. Weighing around 100 pounds at birth, a calf typically gains approximately eight times its weight by the time it is weaned. But unlike humans, once calves are weaned, they never drink milk again. And the same applies to every mammalian species on this earth.
Also, each mammalian species has its own “designer” milk, and cow’s milk is no exception. For example, cow’s milk contains on average three times the amount of protein than human milk which creates metabolic disturbances in humans that have detrimental bone health consequences.
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