Archive for the ‘Bone Health’ Category

13 things you should know about fluoride

Sunday, May 1st, 2011
health dangers of fluoride

Dangerous Fluoride

  1. Fluoride is a toxic waste of the Aluminum, Phoshate and Nuclear Industry
  2. Since 2007 sodium fluoride is a (re-) registered pesticide
  3. Sodium fluoride was used in the 30s as a wood preservative for utility poles by the U.S telecommunications company
  4. It is against all principles of modern pharmacology to distribute a substance for medical reason through public water supplies. In this way everybody (even people who don’t need or want it) are forced to take fluoride which is supposed to be applied topically on the teeth and not to be consumed anyway.
  5. Nobody can monitor the exposure to fluoride; diabetics, athletes and groups of people who drink a lot of water are ingesting massive quantities of this poison in their bodies.
  6. Countries which do not fluoridate their water have exactly the same rates in decreasing teeth decay like the countries which fluoridate their water supplies.
  7. Dental fluorosis is a disease caused by fluoride overdose during early developmental stages. In severe cases teeth can be literally destroyed because enamel has failed to form properly.
  8. Major study in China has proven that fluoride lowers the IQ (Intelligence Quotient) in children (0.59 point of IQ decrease per 1 mg/L increase in urine fluoride ). All toxicologists know that fluoride is a neurotoxin; it is associated with hyperactivity, poor memory, attention deficiency and IQ depression
  9. Fluoride, in doses similar to the ones the average American citizen is exposed to through drinking fluoridated water, is known since the 40s to suppress thyroid function. Many people with hypothyroidism may very well find that their condition is related to the fluoride in the drinking water.
  10. Fluoride increases bone fracture rates.
  11. The first sign of skeletal fluorosis is pain in the joints. Arthritis epidemic is heavily related with water fluoridation. 65 millions of Americans suffer from this debilitating condition.
  12. Hydrofluorisic acid is the main toxic industrial byproduct and a water pollutant which is forbidden to be disposed in the environment. Yet it is safe enough to put in our drinking water.
  13. In 9 out of 10 cases the fluoride in the water or the toothpastes is the very same hydrofluorisic acid coming directly from the phosphate industry without any further modification or precaution.

 

 

Protein and Calcium in Osteoporosis (Part 2)

Wednesday, April 20th, 2011

prevent osteopporosis, osteoporosis diet

Continuing our osteoporosis story… Just to summarize, 2 days ago, in the first part, I explained why protein and minerals have to go together. You simply need to make sure you get adequate quantities of both if you want to have strong bones. Now, this is the basis on which we shall build the rest of our tower of knowledge :)

Another factor that affects the balance of minerals and protein in the bones is pH and this is where things with research get really messed up. Depending on the type of protein, animal or plant origin, there is a different effect on the pH of the body. Alkaline pH is the normal pH of the cells while in a healthy state, bones included. Alkalinity is supported by raw plant foods while animal protein, in big quantities, seems to induce a more acidic environment. Low pH (acid) is correlated with higher calcium loss from the bones and this is why studies that focus on the effect of different amounts of animal protein on the development of osteoporosis give such contradictory results. What makes things even more confusing when it comes to pH is that many of the foods we consume result in acidic pH; sugar, processed carbs, refined vegetable oils and starchy veggies (i.e. potatoes, fries etc), they are all acid forming (Hint: these “modern” foods are also responsible for most of the diseases we suffer from so it would be awesome if you could eliminate them J). So these facts make it a bit complicated to make up our minds about the actual effect of protein on bones. In any case protein intake must be a big part of your meals daily anyway (more than a gram per Kg of body weight) to support a lot more than strong bones but the point here is not to count on animal protein exclusively. It is necessary to consume good plant protein sources as well. Vegetarian diets must be carefully designed in order to provide the necessary protein and minerals amounts to maintain healthy bones.

Great plant protein sources:

  • Beans (soaked, check article on sprouts)
  • Nuts (always overnight soaked!)
  • Seeds (always overnight soaked!)
  • Green vegetables

Learn why your beans, nuts and seeds MUST be sprouted or at least soaked!

Learn how to sprout

A secret that very few medical professionals are aware of is the calcium intake regulation. The truth is that it doesn’t matter how much calcium you get. If your body isn’t metabolizing it properly, it won’t do your bones any good. To prevent or even reverse osteoporosis, you need to make sure your body regulates calcium properly. And the best way to do that is by getting more vitamin K2. Here is how it works:

Your bones are composed of mineral crystals and cells that are bound together by matrix proteins. The most important of these is osteocalcin, which regulates calcium. Vitamin K2 signals the osteocalcin proteins to go through a process called carboxylation. Once carboxylated, they can create new bone tissue. But if you’re not getting enough K2, your body won’t be able to undergo this process. And as a result, it can’t attach itself to the bone and create new bone tissue. Eventually, your bone becomes porous and weak… making it easier for your bones to break.

Great sources of K2

  • Egg yolks – from organic eggs laid by free range hens
  • Organ meats, especially liver – from grass fed, free range animals
  • Organic or even better Raw milk
  • Dark green leafs – kale, spinach, collard green, Brussels sprouts, broccoli
  • Traditionally fermented cheese, especially Swiss Emmental and Norwegian Jarlsberg

A super critical point in bone health is Vitamin D. I cannot stress enough how important it is to have your internal storage full of this amazing molecule and I don’t mean necessarily supplements. Your skin is more than able to produce for you all the vitamin D you will ever need, if you let it. As this is a big and very important subject, read the super comprehensive article on Vitamin D. Remember that D vitamin is fat soluble and if you choose to take a supplement you need to make sure you consume healthy fats with it such as coconut oil, raw olive oil, eggs etc.  Just to remind you that high levels of Vitamin D provide scientifically proven protection against cancer, cardiovascular disease, diabetes, autoimmune diseases and many more chronic debilitating diseases the western world is suffering from today; and all these on top of having healthy bones! Isn’t that a great deal or not??

Finally, the last factor that can surprisingly support strong bones is weight training. I am not suggesting to become a body builder now but research shows that strong muscles encourages strong bones. If you think about it, it kind of makes sense because muscles are attached to bones in order to make any movement happen; strong muscles have to go with strong bones hand by hand because one is supporting the other. By doing moderate weight training you give the signal to your body that it needs to strengthen your muscles and subsequently your bones; this induces a new balance in your body and all the protein and calcium available will be invested to increase bone density and create strong muscles.

The bottom line of the story is summarized in the following points:

  • Strong bones depend on both protein and minerals (calcium and magnesium) combined.
  • Eat both plant and animal proteins, not just meat.
  • Vitamin D is crucial – Let the sunshine do its work!
  • Vitamin K2 will make a massive difference in the calcium metabolism.
  • Moderate weight exercise will strengthen your bones.

     

    Protein and Calcium in Osteoporosis (Part 1)

    Monday, April 18th, 2011

     

    prevent osteoporosis

    Prevent or reverse osteoporosis with the right diet

    Osteoporosis is definitely one of the problems many women will encounter, especially during their old age. But this is a health issue that is related to the dietary habits of the youth years as well; it takes quite some time to establish a long term loss or retention of bone mass. The fact is that over 35 million women in the United States aged 50 and older have osteoporosis or are at risk for developing it. And that number is expected to increase to 41 million by 2020.The literature in the internet is simply confusing and frankly, most doctors will simply prescribe a calcium supplement and to drink more milk in cases of osteoporosis; it takes quite some time to integrate the advances of research into conventional medical practice. Calcium unfortunately is just one piece of the puzzle; research shows that calcium by itself only, cannot reverse or better the condition of the affected bones. On the other hand the protein factor is being studied for a few years now but scientists cannot really give a clear recommendation about the suggested protein intake. There are loads of contradictory and highly confusing studies out there which simply add up to the endless debate about osteoporosis.

    I guess that the most confusing bit here is the fact that high protein intake results in increased urinary calcium loss; this is something we know for at least 80 years. This is one of the vegetarian’s main argument against animal protein but it is not entirely true; there are many studies that clearly demonstrate that low protein intake has a detrimental effect on the bones. So, what’s going on here? Is protein good or not? Calcium? Should we take it or not? Before I explain everything to you need to remember two different things. First, the body’s available calcium is found in the bones plus the amounts absorbed in the gut and the kidneys. This amount of calcium is what our bodies have to work with to cover all the calcium / minerals needs.  Secondly, the body uses the combined input from the above sources to prevent or trigger an increase in the calcium excreted through the urine; if there is calcium in excess, it will be flushed out. This is called homeostasis, meaning that the body will try to keep the internal balance as it is.

    Let’s start from the basics now. Bones are made of protein and minerals, about 50% each. Therefore it makes sense that both are necessary to retain healthy bone mass; they act synergistically to hold the bone tissue together. Second, the bones are in a constant dynamic equilibrium, meaning that the minerals are on the move depending on several factors: pH, protein and minerals intake, internal needs of the body. For example in the case of fracture, minerals will be mobilized from any possible place (bone) – if dietary intake is insufficient to cover the urgent need- in order to heal the broken bones. Another example is pregnancy; most of you know that expectant mothers have to be ultra careful with their teeth because if the mother does not take enough minerals to cover the baby’s needs, calcium from her teeth will be absorbed. This is why it is very common pregnant women to take a calcium supplement and also the reason why they would suffer horrible teeth infections and losses before modern dentistry was able to help them. As long as adequate dietary protein and minerals intake is available, strong bones are guaranteed. Protein or minerals ( mainly calcium) alone cannot support bone mass; in my opinion this is why most publications about the role of protein and/or calcium are so contradictory, you cannot just study separately the two factors that act synergistically for healthy bones. Research shows that the increased calcium loss when protein intake is high does not mean necessarily that this calcium is extracted from the bones; in fact, high dietary protein increases the calcium absorption from the gut. In this case the extra calcium found in the urine is simply a result of too much calcium coming in the body, hence a part of it will end up in the urine.  On the other hand, if you take a lot of minerals but not enough protein, again the body cannot do much with it; the body will use as much of the calcium as it can, given the available protein but the condition of the bones will not get significantly better.