Guest guest Posted April 12, 2006 Report Share Posted April 12, 2006 Thank-you all for your answers about these medications. I hadn't thought about cholesterol being involved in all of this, but guess everything is involved. Love, Joyce Quote Link to comment Share on other sites More sharing options...
Guest guest Posted April 12, 2006 Report Share Posted April 12, 2006 " Joyce Mermet " wrote: > > Thank-you all for your answers about these medications. I hadn't > thought about cholesterol being involved in all of this, but guess > everything is involved. Love, Joyce > ________________________________________________________________ Desperation Medicine, page 258: Next problem: How does our dear old friend, the cholesterol- lowering drug cholestyramine, work to neutralize the impact of these toxins on fat-containing tissue? The answer is simple. In order to remove the toxins from a patients system molecule by molecule, we must find another molecular sink - another atomic structure that will lock onto the toxin's ionic ring in the same way that the toxin locked onto the potassium atoms before dragging them into the poisoned cell. Obviously complex, the chemistry is nonetheless easy to describe. In order to prevent the toxin molecules that carry the ion sink-lock from being reabsorbed in the small intestine (their usual fate, as they circulate throughout the body's system of fatty deposits before ending up in bile), our toxin-fighting friend, the CSM, presents them with an ion " key " structurally similar to - and esentially the same size as the potassium molecule. As the toxin molecules move though the gut, they encounter a different positive charge that fits into the molecular sink. This charge is derived not from potassium, but from the similarly sized (and similarly charged) quaternary ammonium contained in the CSM. Once again, the key fits into the lock. But this time, something different happens. Because the toxin molecules are being held by the uniquely configured atomic structure of CSM, with its long polystryrene backbone, they cannot be reabsorbed back through the intestinal wall. _____________________________________________________________________ Quote Link to comment Share on other sites More sharing options...
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