Fluoridated drugs syndrome goes deeper.

[Charles]

If anyone knows even more about statins, and likely (undisclosed) side-effects of the drugs' or pills' components, I'd like to know. This statin frenzy is already out of control.

I just heard on CNN that "health authorities" are seriously considering recommending cholesterol screening at fifteen months of age (must the USA or UK). No link yet. If it isn't obvious what the pharma corporations are doing, I hope this info helps. Is there some recognized problem with toddlers and cholesterol? Well, if it's on the web, it's not prominent, as I found, but the TV news cites, of course, the latest research, that tells us that it is a problem. As the C's once said regarding "health" issues, "A: Identification is in the hands of the identifiers."

We figure there is more to proliferating statin drugs than just profit, now that they are the most prescribed medicine in the world, UK docs want to talk about putting them in the public water supply, and they want to get toddlers on them. But I can't help thinking that they are more than just another little tool in the PTB arsenal to attack our wakefulness.

Adpop, considering the sheer number of people that are being targeted, that is exactly what I would tend to conclude as well.

While trying to look for some new information around Morgellon’s disease, I came upon this lucky find :
Statins - the honey in the poison-flower

Here is a snippet that supports the case of an attack to our wakefulness:

In addition to the problem that cholesterol does not cause heart disease and we need not use statins to artificially reduce cholesterol for that reason, there is another problem. Statins have serious side-effects in many people: memory lapses, muscle pain and muscle weakness (due to statin-initiated depletion of coenzyme Q10), neuropathy, polyneuropathy (weakness, tingling and pain in the hands and feet, walking difficulties), weakening of the sex-drive, heart failure (the heart is a muscle and it cannot work when deprived of coenzyme Q10), dizziness, cognitive impairment, cancer, suppression of the immune system, pancreatic rot, and depression, sometimes of suicidal potency. Statins are powerful drugs.

And two real life cases :

The astronaut.

Dr Duane Graveline, a former NASA astronaut and flight surgeon, was put on a statin drug called Lipitor in 1999 for moderately elevated cholesterol. Just six weeks later his wife found him wandering around the house unable to recognize her or his surroundings. His memory lapse lasted a few hours. Duane Graveline was in excellent health. The lapse lasted only a few hours but there was simply nothing to cause it .... except one possibility. He suspected Lipitor was the culprit and since it was the only medication he was on, he discontinued its use. His mental health returned. Two years later his doctor insisted he continue taking Lipitor. He returned to using Lipitor and within a short time experienced another memory lapse episode that lasted more than 12 hours. Convinced that Lipitor was causing his episodes, he discontinued its use.

The hopelessness of Mike Hope

Another case is that of Mike Hope. There’s an awkward silence when you ask Mike Hope his age. He doesn’t change the subject or stammer, or make a silly joke about how he stopped counting at 21. He simply doesn’t remember. Ten seconds pass. Then 20. Finally an answer comes to him. ‘I’m 56,’ he says. Close, but not quite. ‘I will be 56 this year.’ Later, if you happen to ask him about the book he’s reading, you’ll hit another roadblock. He can’t recall the title, the author or the plot. Statin use since 1998 has caused his speech and memory to fade. He was forced to close his business and went on Social Security ten years early. Things improved when he discontinued Lipitor in 2002, but his was a far from complete recovery. He still cannot sustain a conversation. What Lipitor did was turn Mike Hope into an old man when he was in the prime of life.

Can we say … ZOMBIFICATION ?

When the programming is complete ...

Edit: Another good read : http://www.westonaprice.org/moderndiseases/statin.html

 

[Galaxia2002]

By shear luck (or maybe serendipity?), I found this …

http://www(dot)quantumconsciousness.org/overview.html

I work as an anesthesiologist, and routinely erase and restore the consciousness of my patients. The anesthetic gases I administer pass through the lungs, into the blood and brain where they localize in tiny pockets inside certain neuronal proteins. The critical proteins whose disrupted function causes anesthesia/loss of consciousness include tubulins as well as various membrane protein receptors. The tiny intraprotein pockets where anesthetics bind are "hydrophobic" regions, nonpolar areas where the dynamics of the proteins are controlled by quantum forces called van der Waals London forces. Unlike any other drugs, anesthetics act only by these same extremely weak quantum mechanical London forces, apparently preventing/impairing normally occurring London forces whose collective coherence is necessary for consciousness.

Notice his very similar wording: “The tiny intraprotein pockets where anesthetics bind are "hydrophobic" regions …

Notice that this is not about the prozac molecule, or cholesterol lowering drugs (statins). He talks about molecules that knock out consciousness (anesthetics). So let’s see how these molecules (anesthetics) look like.

From the same link www(dot)teknoscienze(dot)com/images/documenti/supplements/ins.%20articoli.pdf

(yours will no longer work, mine neither, but I printed it out)

some examples of inhaled anaesthetics:

Fluoroxene:
CF3 – CH2 – O – CH = CH2

Halothane
CF3 – CHBr - Cl

Isoflurane
CF3 – CHCl – O – CHF2

Desflurane
CF3 – CHF - O – CHF2

Sevoflurane

CF3
|
CF3 – CH – O – CH2 – F


Isn’t THAT amazing that the same CF3 group (trifluoro carbon) as present in the prozac molecule pops up in every of those molecules that knock out consciousness when inhaled?

Yeah, not only the group trifluorocarbone is metabolized but also the groups -O-CH2-F. I find an article in spanish where indeed its noted that inorganic fluoride is produced in the metabolism of these anestesics.
http://www.sva.org.ve/PDF/Revista V.... 2 - Julio-Diciembre/Nuevas Generaciones.pdf

Euflurane and isoflurane: The enflurane has scanty metabolism though it generates a metabolite difluorometoxi-difluoroacetate (liver-toxic) and inorganic fluoride (*) [...]. The isoflurane produces very small quantities of tricloroacetate and minor levels of fluoride that enflurane and halotane.

Sevoflurane: His metabolism generates levels of fluorine that exceed the maximum tolerated numbers before described (50 microM) [...] generates the fluorine for hepatic metabolism, without metabolism intra-kidney. (**)

(*)Carpenter RL, et al. The extent of metabolism of inhaled anesthetics in humans. Anesthesiology
1986;65:201-205.

(**)22. Nishimori A, et al. Effects of sevoflurane anesthesia on renal function. J Intern Med Res 1997;25:87-91

23. Kharasch ED, et al. Assessment of low-flow sevoflurane and isoflurane effects on renal function using
sensitive markers of tubular toxicity. Anesthesiology 1997;86:1238-1253.