| We hear a lot about insulin resistance,
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| | a lot of insulin on his own, then we were
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| but stop and think a little bit, do you
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| | able to measure his own insulin and it
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| think our cells only become resistant to
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| | was still elevated, and then it took a
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| insulin? The more hormones your cells are
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| | long time, maybe six months or longer to
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| exposed to, the more resistant they will
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| | bring that insulin down.It will probably
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| become to almost any hormone. Certain
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| | never get to the point of the sensitivity
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| cells more than others, so there is a
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| | of a ten year old, but yes, your number
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| discrepancy. The problem with hormone
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| | of insulin receptors increases, and the
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| resistance is that there is a dichotomy
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| | activity of the receptors, the chemical
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| of resistance, that all the cells don't
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| | reactions that occur beyond the receptor
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| become resistant at the same time.And
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| | occur more efficiently.You can increase
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| different hormones affect different
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| | sensitivity by diet, that is one of the
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| cells, and the rate of hormone is
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| | major reasons you want to take Omega 3
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| different among different cells and this
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| | oils. We think of circulation as that
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| causes lots of problems with the feedback
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| | which flows through arteries and veins,
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| mechanisms. We know that one of the major
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| | and that is not a minor part of our
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| areas of the body that becomes resistant
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| | circulation, but it might not even be the
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| to many feedback loops is the
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| | major part. The major part of circulation
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| hypothalamus. The various
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| | is what goes in and out of the cell.The
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| interrelationships there I really don't
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| | cell membrane is a fluid mosaic. The
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| have time to go in to here.But
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| | major part of our circulation is
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| hypothalamic resistance to feedback
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| | determined by what goes in and out. It
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| signals plays a very important role in
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| | doesn't make any difference what gets to
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| aging and insulin resistance because the
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| | that cell if it can't get into the cell.
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| hypothalamus has receptors for insulin
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| | We know that one of the major ways that
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| too. I mentioned that insulin stimulates
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| | you can affect cellular circulation is by
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| sympathetic nervous system, it does so
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| | modulating the kinds of fatty acids that
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| through the hypothalamus, which is the
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| | you eat. So you can increase receptor
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| center of it all."Insulin is by far your
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| | sensitivity by increasing the fluidity of
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| biggest poison." You may find an
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| | the cell membrane, which means increasing
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| excellent source of insulin information
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| | the omega 3 content, because most people
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| at: overcome-diabetes.comThe receptors
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| | are very deficient.They say that you are
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| self-regulate.If you want to know if
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| | what you eat and that mostly pertains to
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| insulin sensitivity can be restored to
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| | fat because the fatty acids that you eat
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| its original state, well, perhaps not to
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| | are the ones that will generally get
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| its original state, but you can restore
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| | incorporated into the cell membrane. The
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| it to the state of about a ten year
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| | cell membranes are going to be a
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| old.One of my first experiences with
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| | reflection of your dietary fat and that
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| this, I had a patient who literally had
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| | will determine the fluidity of your cell
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| sugars over 300. He was taking 200+ units
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| | membrane. You can actually make them over
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| of insulin, he was a bad cardiovascular
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| | fluid.If you eat too much and you
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| patient, and it only made sense to me
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| | incorporate too many omega 3 oils then
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| that you don't want to feed these people
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| | they will become highly oxidizable (so
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| carbohydrates, so I put him on a low
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| | you have to eat Vitamin E as well and
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| carbohydrate diet.He was an exceptional
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| | monounsaturates as well) There was an
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| case, after a month to six weeks he was
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| | interesting article pertaining to this
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| totally off of insulin. He had been on
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| | where they had a breed of rat that was
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| 200 some units of insulin for twenty-five
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| | genetically susceptible to cancer.What
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| years. He was so insulin resistant, one
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| | they did was they fed them a high omega 3
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| thing good about it is that when you
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| | diet, plus iron, without any extra
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| lower that insulin, that insulin is
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| | Vitamin E and they were able to almost
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| having such little effect on him that you
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| | shrink down the tumors to nothing,
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| can massively lower the insulin and its
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| | because tumors are rapidly dividing. This
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| not going to have much of an effect on
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| | is like a form of chemotherapy, and the
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| his blood sugar either. 200 units of
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| | membranes that were being formed in these
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| insulin is not going to lower your sugar
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| | tumor cells were very high in omega three
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| any more that 300 mg/deciliter.You know
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| | oils, the iron acted as a catalyst for
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| that the insulin is not doing much. So we
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| | that oxidation, and the cells were
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| could rapidly take him off the insulin
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| | exploding from getting oxidized so
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| and he was actually cured of his diabetes
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| | rapidly. So omega 3 oils can be a double
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| in a matter of weeks. So he became
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| | edged sword.
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| sensitive enough, he was still producing
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