Re: Glutathione and the JNK gene

[Guest guest]

Lew wrote: " The JNK gene is a regulator type of gene and if it is too active or

over stimulated, the JNK gene will allow the body to be flooded with toxins. "

Lew, have you come across fairly natural supplements that unstimulate or

suppress the JNK gene? We have compounds that stimulate genes that increase the

manufacture of glutathione, the other end of the reaction. The raw precursors of

course must be available too.

Yes, the human race survived without specific attention to glutathione

manufacture. All centenarians have an unusually high glutathione activity, while

those with only normal levels never live to be 100. Research didn't turn up a

single centenarian with normal glutathione values.

Keeping one's glutathione in the upper quartile rather than " normal " is a major

key to longevity, and I'd certainly be interested in foods that tweak genetic

expression in that regard.

all good,

Duncan

>

> Glutathione and the JNK gene

>

[Guest guest]

You wrote:

< Lew, have you come across fairly natural supplements that unstimulate or

suppress the JNK gene? We have compounds that stimulate genes that increase

the manufacture of glutathione, the other end of the reaction. The raw

precursors of course must be available too. >

In my whole medical career, in the hospitals or in private

practice, I have seen and delivered a few deformed stillbirths and babies

with congenital deformities but never have I witnessed such monstrosities

caused by radioactive contamination.

* Gulf War Syndrome Severe Deformities from Depleted Uranium*

http://www.forbiddenknowledgetv.com/videos/war/fukushima-is-horrifically-worseth\

an-you-have-been-told.html

Do you , Duncan, think that stimulating genes to increase the manufacture

of glutathione in the body is adequate to counter the radioactive ravage of

the human genome ? Please tell us what you can do. I thank you.

With regards

Dr FHLew

MBBS ( Bachelor of Medicine and Bachelor of Surgery)

Mahatma Gandhi Memorial Medical College

India

On Fri, Apr 8, 2011 at 3:54 AM, Duncan Crow <duncancrow@...> wrote:

>

>

> Lew wrote: " The JNK gene is a regulator type of gene and if it is too

> active or over stimulated, the JNK gene will allow the body to be flooded

> with toxins. "

>

> Lew, have you come across fairly natural supplements that unstimulate or

> suppress the JNK gene? We have compounds that stimulate genes that increase

> the manufacture of glutathione, the other end of the reaction. The raw

> precursors of course must be available too.>

>

> Yes, the human race survived without specific attention to glutathione

> manufacture. All centenarians have an unusually high glutathione activity,

> while those with only normal levels never live to be 100. Research didn't

> turn up a single centenarian with normal glutathione values.

>

> Keeping one's glutathione in the upper quartile rather than " normal " is a

> major key to longevity, and I'd certainly be interested in foods that tweak

> genetic expression in that regard.

>

> all good,

>

> Duncan

>

>

>

> >

> > Glutathione and the JNK gene

> >

>

>

>

[Guest guest]

Dr. Lew,

I doubt that stimulating glutathione-promoting genes can begin to address

radiation poisoning in absence of also providing generous amounts of glutathione

precursors.

Research reveals glutathione can be used to counteract radiation sickness and

DNA damage: " It is known that ionizing radiation induces oxygen radical injury,

whereas oxidative stress by the radiation can cause cellular responses to

defense cellular injury ... S-methyl GSH, on the other hand, resulted in a

significant reduction of DNA damage by radiation. ...These results suggest that

synthesis of GSH and Cu,Zn-SOD is responsive to ionizing radiation and this

induction of antioxidants may play a role in reducing tissue damage in

radiotherapy.

http://www.ncbi.nlm.nih.gov/pubmed/9590560

There were over 900 hits on the following search in PubMed and many may be a

better fit with a more refined search:

(radiation OR radiotherapy) AND glutathione AND (protection OR protective)

What I would do is use the undenatured whey and selenium plus sulforaphane.

You're a doctor so you can prescribe Immunocal from the Drug version of the PDR;

we health nuts use cheaper wheys to the same effect, following the work of the

primary whey researcher Gustavo Bounous. Sulforaphane is said to trigger gene

expression for 200 genes involved in glutathione production. My personal choice

of sulforaphane would be Amega Global's Amgenex DNA, which is a special

concentrated patented sulforaphane in a slurry of superfruit juice extracts, but

the point is the sulforaphane.

And if one could access the JNK gene, that would possibly be useful too, thus my

expression of interest.

I think it's in our best interests to stop the USA military from using depleted

uranium as the first step.

It's my understanding that DNA breakage requires a high oxygen environment to

naturally effect its repair; I use ozone therapy in my practice mainly as an

ozone sauna, and you can safely give it by direct ozone gas intravenous

injection too, but I haven't been giving it to people with radiation sickness so

I don't know how effective it is at preventing cancer.

These should help a whole lot, but they won't change the radiation particle of

course.

I hope this helps your staff save more lives

all good,

Duncan

" The JNK gene is a regulator type of gene and if it is too

> > active or over stimulated, the JNK gene will allow the body to be flooded

> > with toxins. "

> >

> > Lew, have you come across fairly natural supplements that unstimulate or

> > suppress the JNK gene?