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Hi, Rich.

This is interesting and reminds me of the only other relative in my family

history to come down with CFS as far as I've been able to determine from stories

told by living relatives. This was my grandfather's mother, my great

grandmother, on my mother's side of the family.

She got an acute infection in about 1920, which some speculated was a less

virulent strain of the Spanish Flu that had crossed the globe a few years

earlier(though I think it may have just as easily been a latent viral

activation, from stress of some sort, being attributed to this major pandemic

given the close proximity of time). Anyway, she was never the same after this

infection though she lived on for two and a half more decades.

After her infection, she no longer went on weekend excursions with the rest of

the family, no longer traveled to family events such as during holidays and all

around stopped being active in life, spending most of her time in bed or in her

bedroom and not feeling well. Doctors didn't know what was wrong with her and

were never able to help.

Also, there was no mention of meloncholy or depression as a description of her

and from another story that my grandfather(deceased since 1999) told me, she

sounded like a fairly rational person(not psychotic or peculiar in character),

giving him some sound advice at a very difficult moment in his young adult life.

" rvankonynen " <richvank@...> wrote:

According to this model, it does not

> matter what the particular infectious agent is. What matters is

> whether the infection (combined with any other stressors that might

> be present in the particular person) is sufficient to lower the

> glutathione level enough to trigger the vicious circle mechanism.

> It seems clear that the results of this study confirm that this is

> the way onset of CFS behaves when triggered by pathogens.

>

> Please note that this study does not tell us what needs to be done

> for treatment, only what the characteristics are of the category of

> CFS that is post-infectious in origin.

>

> Rich

>

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Rich,

Ian Hickie is a psychiatrist (of the nastiest kind) who's been set for decades

on proving CFS is a psychiatric condition (a kind of Australian Wessely if you

like). If he puts his name on a study it is to " prove " that pathogens are not

important in the aetiology of CFS. The next step in his reasoning has been the

same for years, i e CFS hits the psychiatricly weak and the pathogens are only

triggers. You on the other hand will say " it's the glutathione and the " vicious

circle mechanism, involving the methylation cycle, and facilitated by the

genetic predisposition. " .

I have no way of assessing whether you're right re glutathione depletion being

at the root of much of our probs, but I certainly know that I would not go down

ANY path with Ian Hickie!!

Nelly

Latest Dubbo results and glutathione

depletion--methylation cycle block hypot.

Hi, all.

Today another paper from the Dubbo, Australia, infection outcomes

study was published (Hickie, I, et al., " Post-infective and chronic

fatigue syndromes precipitated by viral and non-viral pathogens:

preospective cohort study, " BMJ,doi:10.1136/bmj.38933.585764.AE).

As you may know, this study is involved with following people who

develop infectious diseases over time to try to understand why some

of them do not recover, but instead continue to be ill with a

disorder that meets the criteria of chronic fatigue syndrome.

This paper compared the percentage of people who had cases of

mononucleosis (glandular fever), Q fever, and Ross River virus,

respectively, who later met the criteria for chronic fatigue

syndrome. It's interesting to note that Q fever is caused by an

intracellular bacterium, while the other two are viral diseases.

The authors found that the percentage who went on to have CFS was

the same for the three infectious diseases (11% at 6 months). This

common result is very significant, because it suggests that the

reason these people develop CFS is not associated with the

particular pathogen, but rather with their host response.

Here's a quotation from the paper: " Examination of outcomes after

the three distinctive acute infections reported here strongly

implicates aspects of the host response to infection (rather than

the pathogen itself) as the likely determinants of post-infective

fatigue syndrome, as the case rates after infection with Epstein--

Barr virus (a DNA virus), Ross River virus (an RNA virus), and C.

burnetii (an intracellular bacterium) were comparable, and the

symptom characteristics progressively merged over time. "

I would like to submit that this is the type of result that would be

predicted by the glutathione depletion--methylation cycle block

hypothesis for the pathogenesis of chronic fatigue syndrome. This

hypothesis holds that CFS onset is caused by a combination of a

genetic predisposition (a set of polymorphisms) that particular

people are born with, and a sufficient load of stressors to lower

the glutathione level enough to trigger a vicious circle mechanism,

involving the methylation cycle, and facilitated by the genetic

predisposition. One of the classes of possible stressors is the

biological stressors, and infectious agents are one category of

these biological stressors. According to this model, it does not

matter what the particular infectious agent is. What matters is

whether the infection (combined with any other stressors that might

be present in the particular person) is sufficient to lower the

glutathione level enough to trigger the vicious circle mechanism.

It seems clear that the results of this study confirm that this is

the way onset of CFS behaves when triggered by pathogens.

Please note that this study does not tell us what needs to be done

for treatment, only what the characteristics are of the category of

CFS that is post-infectious in origin.

Rich

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Did it ever occur to you that she may have had Myalgic Encephalomyelitis

( " atypical,nonparalytic polio " ?)

Did anyone tell you that she was under stress when she bacame ill?

> According to this model, it does not

> > matter what the particular infectious agent is. What matters is

> > whether the infection (combined with any other stressors that might

> > be present in the particular person) is sufficient to lower the

> > glutathione level enough to trigger the vicious circle mechanism.

> > It seems clear that the results of this study confirm that this is

> > the way onset of CFS behaves when triggered by pathogens.

> >

> > Please note that this study does not tell us what needs to be done

> > for treatment, only what the characteristics are of the category of

> > CFS that is post-infectious in origin.

> >

> > Rich

> >

>

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>>>Please note that this study does not tell us what needs to be done for

treatment<<<<<

I predict that this study will be in the arsenal of evidence that the CFS

treatment of choice is CBT to change the person's " unhelpful beliefs " , and

dysfunctional response to stressors.

If they ever incorporate Glutathione, it will be that one's " thinking " they are

ill (or the resulting de-conditioning) is what lowers it.

>

> Hi, all.

>

> Today another paper from the Dubbo, Australia, infection outcomes

> study was published (Hickie, I, et al., " Post-infective and chronic

> fatigue syndromes precipitated by viral and non-viral pathogens:

> preospective cohort study, " BMJ,doi:10.1136/bmj.38933.585764.AE).

>

> As you may know, this study is involved with following people who

> develop infectious diseases over time to try to understand why some

> of them do not recover, but instead continue to be ill with a

> disorder that meets the criteria of chronic fatigue syndrome.

>

> This paper compared the percentage of people who had cases of

> mononucleosis (glandular fever), Q fever, and Ross River virus,

> respectively, who later met the criteria for chronic fatigue

> syndrome. It's interesting to note that Q fever is caused by an

> intracellular bacterium, while the other two are viral diseases.

>

> The authors found that the percentage who went on to have CFS was

> the same for the three infectious diseases (11% at 6 months). This

> common result is very significant, because it suggests that the

> reason these people develop CFS is not associated with the

> particular pathogen, but rather with their host response.

>

> Here's a quotation from the paper: " Examination of outcomes after

> the three distinctive acute infections reported here strongly

> implicates aspects of the host response to infection (rather than

> the pathogen itself) as the likely determinants of post-infective

> fatigue syndrome, as the case rates after infection with Epstein--

> Barr virus (a DNA virus), Ross River virus (an RNA virus), and C.

> burnetii (an intracellular bacterium) were comparable, and the

> symptom characteristics progressively merged over time. "

>

> I would like to submit that this is the type of result that would be

> predicted by the glutathione depletion--methylation cycle block

> hypothesis for the pathogenesis of chronic fatigue syndrome. This

> hypothesis holds that CFS onset is caused by a combination of a

> genetic predisposition (a set of polymorphisms) that particular

> people are born with, and a sufficient load of stressors to lower

> the glutathione level enough to trigger a vicious circle mechanism,

> involving the methylation cycle, and facilitated by the genetic

> predisposition. One of the classes of possible stressors is the

> biological stressors, and infectious agents are one category of

> these biological stressors. According to this model, it does not

> matter what the particular infectious agent is. What matters is

> whether the infection (combined with any other stressors that might

> be present in the particular person) is sufficient to lower the

> glutathione level enough to trigger the vicious circle mechanism.

> It seems clear that the results of this study confirm that this is

> the way onset of CFS behaves when triggered by pathogens.

>

> Please note that this study does not tell us what needs to be done

> for treatment, only what the characteristics are of the category of

> CFS that is post-infectious in origin.

>

> Rich

>

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Hi, Nelly.

Yes, I'm aware of some of the positions that Dr. Hickie has taken on

CFS in the past. However, I would like to cite some specific

quotations from this new study, of which he is the lead author:

" Importantly, premorbid and intercurrent psychiatric disorder did

not show predictive power for post-infective fatigue syndrome at any

time point. "

" Severity of the acute illness, and not demographic or psychological

factors, was predictive of post-infective fatigue syndrome. "

There is no mention of cognitive behavioral therapy or graded

exercise therapy in this paper at all.

Maybe it's time to give Dr. Hickie another chance.

Rich

>

> Rich,

>

> Ian Hickie is a psychiatrist (of the nastiest kind) who's been set

for decades on proving CFS is a psychiatric condition (a kind of

Australian Wessely if you like). If he puts his name on a study it

is to " prove " that pathogens are not important in the aetiology of

CFS. The next step in his reasoning has been the same for years, i e

CFS hits the psychiatricly weak and the pathogens are only triggers.

You on the other hand will say " it's the glutathione and

the " vicious circle mechanism, involving the methylation cycle, and

facilitated by the genetic predisposition. " .

>

> I have no way of assessing whether you're right re glutathione

depletion being at the root of much of our probs, but I certainly

know that I would not go down ANY path with Ian Hickie!!

>

> Nelly

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You all would be shocked at how often in Santa Cruz I have come across this

idea. It's a version of blame the patient and we get a lot of that I think. I

used to call it the " Hipper than Thou " syndrome, but I now think if one blames

the patient or person then the scary chronic illness won't happen to them

because they're doing something right and you aren't.

kattemayo <kattemayo@...> wrote:

>>>Please note that this study does not tell us what needs to be done for

treatment<<<<<

I predict that this study will be in the arsenal of evidence that the CFS

treatment of choice is CBT to change the person's " unhelpful beliefs " , and

dysfunctional response to stressors.

If they ever incorporate Glutathione, it will be that one's " thinking " they are

ill (or the resulting de-conditioning) is what lowers it.

>

> Hi, all.

>

> Today another paper from the Dubbo, Australia, infection outcomes

> study was published (Hickie, I, et al., " Post-infective and chronic

> fatigue syndromes precipitated by viral and non-viral pathogens:

> preospective cohort study, " BMJ,doi:10.1136/bmj.38933.585764.AE).

>

> As you may know, this study is involved with following people who

> develop infectious diseases over time to try to understand why some

> of them do not recover, but instead continue to be ill with a

> disorder that meets the criteria of chronic fatigue syndrome.

>

> This paper compared the percentage of people who had cases of

> mononucleosis (glandular fever), Q fever, and Ross River virus,

> respectively, who later met the criteria for chronic fatigue

> syndrome. It's interesting to note that Q fever is caused by an

> intracellular bacterium, while the other two are viral diseases.

>

> The authors found that the percentage who went on to have CFS was

> the same for the three infectious diseases (11% at 6 months). This

> common result is very significant, because it suggests that the

> reason these people develop CFS is not associated with the

> particular pathogen, but rather with their host response.

>

> Here's a quotation from the paper: " Examination of outcomes after

> the three distinctive acute infections reported here strongly

> implicates aspects of the host response to infection (rather than

> the pathogen itself) as the likely determinants of post-infective

> fatigue syndrome, as the case rates after infection with Epstein--

> Barr virus (a DNA virus), Ross River virus (an RNA virus), and C.

> burnetii (an intracellular bacterium) were comparable, and the

> symptom characteristics progressively merged over time. "

>

> I would like to submit that this is the type of result that would be

> predicted by the glutathione depletion--methylation cycle block

> hypothesis for the pathogenesis of chronic fatigue syndrome. This

> hypothesis holds that CFS onset is caused by a combination of a

> genetic predisposition (a set of polymorphisms) that particular

> people are born with, and a sufficient load of stressors to lower

> the glutathione level enough to trigger a vicious circle mechanism,

> involving the methylation cycle, and facilitated by the genetic

> predisposition. One of the classes of possible stressors is the

> biological stressors, and infectious agents are one category of

> these biological stressors. According to this model, it does not

> matter what the particular infectious agent is. What matters is

> whether the infection (combined with any other stressors that might

> be present in the particular person) is sufficient to lower the

> glutathione level enough to trigger the vicious circle mechanism.

> It seems clear that the results of this study confirm that this is

> the way onset of CFS behaves when triggered by pathogens.

>

> Please note that this study does not tell us what needs to be done

> for treatment, only what the characteristics are of the category of

> CFS that is post-infectious in origin.

>

> Rich

>

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Hi, Katrina.

I guess we'll have to wait to see how your prediction works out.

However, here are a couple of quotations from this new study:

" Importantly, premorbid and intercurrent psychiatric disorder did

not show predictive power for post-infective fatigue syndrome at any

time point. "

" Severity of the acute illness, and not demographic or psychological

factors, was predictive of post-infective fatigue syndrome. "

There is no mention of cognitive behavioral therapy or graded

exercise therapy in this paper at all.

Rich

> >

> > Hi, all.

> >

> > Today another paper from the Dubbo, Australia, infection

outcomes

> > study was published (Hickie, I, et al., " Post-infective and

chronic

> > fatigue syndromes precipitated by viral and non-viral pathogens:

> > preospective cohort study, " BMJ,doi:10.1136/bmj.38933.585764.AE).

> >

> > As you may know, this study is involved with following people

who

> > develop infectious diseases over time to try to understand why

some

> > of them do not recover, but instead continue to be ill with a

> > disorder that meets the criteria of chronic fatigue syndrome.

> >

> > This paper compared the percentage of people who had cases of

> > mononucleosis (glandular fever), Q fever, and Ross River virus,

> > respectively, who later met the criteria for chronic fatigue

> > syndrome. It's interesting to note that Q fever is caused by an

> > intracellular bacterium, while the other two are viral diseases.

> >

> > The authors found that the percentage who went on to have CFS

was

> > the same for the three infectious diseases (11% at 6 months).

This

> > common result is very significant, because it suggests that the

> > reason these people develop CFS is not associated with the

> > particular pathogen, but rather with their host response.

> >

> > Here's a quotation from the paper: " Examination of outcomes

after

> > the three distinctive acute infections reported here strongly

> > implicates aspects of the host response to infection (rather

than

> > the pathogen itself) as the likely determinants of post-

infective

> > fatigue syndrome, as the case rates after infection with Epstein-

-

> > Barr virus (a DNA virus), Ross River virus (an RNA virus), and

C.

> > burnetii (an intracellular bacterium) were comparable, and the

> > symptom characteristics progressively merged over time. "

> >

> > I would like to submit that this is the type of result that

would be

> > predicted by the glutathione depletion--methylation cycle block

> > hypothesis for the pathogenesis of chronic fatigue syndrome.

This

> > hypothesis holds that CFS onset is caused by a combination of a

> > genetic predisposition (a set of polymorphisms) that particular

> > people are born with, and a sufficient load of stressors to

lower

> > the glutathione level enough to trigger a vicious circle

mechanism,

> > involving the methylation cycle, and facilitated by the genetic

> > predisposition. One of the classes of possible stressors is the

> > biological stressors, and infectious agents are one category of

> > these biological stressors. According to this model, it does

not

> > matter what the particular infectious agent is. What matters is

> > whether the infection (combined with any other stressors that

might

> > be present in the particular person) is sufficient to lower the

> > glutathione level enough to trigger the vicious circle

mechanism.

> > It seems clear that the results of this study confirm that this

is

> > the way onset of CFS behaves when triggered by pathogens.

> >

> > Please note that this study does not tell us what needs to be

done

> > for treatment, only what the characteristics are of the category

of

> > CFS that is post-infectious in origin.

> >

> > Rich

> >

>

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Hi, Katrina.

" kattemayo " <kattemayo@...> wrote:

>

>

> Did it ever occur to you that she may have had Myalgic Encephalomyelitis

( " atypical,nonparalytic polio " ?)

***CFS and ME are the same thing in my use of the term CFS.

> Did anyone tell you that she was under stress when she bacame ill?

***These are old stories without that kind of detail to them nor did the

question occur to ask this sort of detail of my Grandfather about my great

grandmother before he died. He may not have known the answer anyway.

***Since we can't be certain now, what I'm offering is the fact that the

speculation of the Spanish Flu as causal is just that and that it's just as

readily explained, if not more so, that she came down with her ME/CFS triggering

infection by the now known science of activation of latent infections in people

with a stressed-out and depleted detox/immune systems.

***Whatever her precipitating stressor(s) to ME/CFS be it Spanish Flu, genetics,

years of heavy metal exposure, toxic mold, chemical exposure, long endured and

unresolved emotions from abuses or upsets earlier on never clearly detected by

those around her, years of too much

cell phone use ;) or a combination of all or some smaller set of these, great

grandmom seems a good candidate for having had ME/CFS in my family history other

than myself.

" davidhall2020 " <davidhall@> wrote:

> >

> > Hi, Rich.

> >

> >

> >

> > This is interesting and reminds me of the only other relative in my family

history to come down with CFS as far as I've been able to determine from stories

told by living relatives. This was my grandfather's mother, my great

grandmother, on my mother's side of the family.

> >

> >

> >

> > She got an acute infection in about 1920, which some speculated was a less

virulent strain of the Spanish Flu that had crossed the globe a few years

earlier(though I think it may have just as easily been a latent viral

activation, from stress of some sort, being attributed to this major pandemic

given the close proximity of time). Anyway, she was never the same after this

infection though she lived on for two and a half more decades.

> >

> >

> >

> > After her infection, she no longer went on weekend excursions with the rest

of the family, no longer traveled to family events such as during holidays and

all around stopped being active in life, spending most of her time in bed or in

her bedroom and not feeling well. Doctors didn't know what was wrong with her

and were never able to help.

> >

> >

> >

> > Also, there was no mention of meloncholy or depression as a description of

her and from another story that my grandfather(deceased since 1999) told me, she

sounded like a fairly rational person(not psychotic or peculiar in character),

giving him some sound advice at a very difficult moment in his young adult life.

> >

> >

> >

> >

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The problem for me is that I dont, anymore, trust

anyones interpretation of any CFS researcher. I used

to but I have found that there are so many hysterical

voices in the CFS advocacy ranks that I dont trust

anybody - and to tell you the truth Nelly - the fact

that you can damn this paper without having read -

well. thats not particularly trustworthy either. Why

dont we all wait until we read it before we decide

what its about.

--- Nelly Pointis <janel@...> wrote:

> Rich,

>

> Ian Hickie is a psychiatrist (of the nastiest kind)

> who's been set for decades on proving CFS is a

> psychiatric condition (a kind of Australian Wessely

> if you like). If he puts his name on a study it is

> to " prove " that pathogens are not important in the

> aetiology of CFS. The next step in his reasoning has

> been the same for years, i e CFS hits the

> psychiatricly weak and the pathogens are only

> triggers. You on the other hand will say " it's the

> glutathione and the " vicious circle mechanism,

> involving the methylation cycle, and facilitated by

> the genetic predisposition. " .

>

> I have no way of assessing whether you're right re

> glutathione depletion being at the root of much of

> our probs, but I certainly know that I would not go

> down ANY path with Ian Hickie!!

>

> Nelly

> Latest Dubbo results

> and glutathione depletion--methylation cycle block

> hypot.

>

>

> Hi, all.

>

> Today another paper from the Dubbo, Australia,

> infection outcomes

> study was published (Hickie, I, et

> al., " Post-infective and chronic

> fatigue syndromes precipitated by viral and

> non-viral pathogens:

> preospective cohort study, "

> BMJ,doi:10.1136/bmj.38933.585764.AE).

>

> As you may know, this study is involved with

> following people who

> develop infectious diseases over time to try to

> understand why some

> of them do not recover, but instead continue to be

> ill with a

> disorder that meets the criteria of chronic

> fatigue syndrome.

>

> This paper compared the percentage of people who

> had cases of

> mononucleosis (glandular fever), Q fever, and Ross

> River virus,

> respectively, who later met the criteria for

> chronic fatigue

> syndrome. It's interesting to note that Q fever is

> caused by an

> intracellular bacterium, while the other two are

> viral diseases.

>

> The authors found that the percentage who went on

> to have CFS was

> the same for the three infectious diseases (11% at

> 6 months). This

> common result is very significant, because it

> suggests that the

> reason these people develop CFS is not associated

> with the

> particular pathogen, but rather with their host

> response.

>

> Here's a quotation from the paper: " Examination of

> outcomes after

> the three distinctive acute infections reported

> here strongly

> implicates aspects of the host response to

> infection (rather than

> the pathogen itself) as the likely determinants of

> post-infective

> fatigue syndrome, as the case rates after

> infection with Epstein--

> Barr virus (a DNA virus), Ross River virus (an RNA

> virus), and C.

> burnetii (an intracellular bacterium) were

> comparable, and the

> symptom characteristics progressively merged over

> time. "

>

> I would like to submit that this is the type of

> result that would be

> predicted by the glutathione

> depletion--methylation cycle block

> hypothesis for the pathogenesis of chronic fatigue

> syndrome. This

> hypothesis holds that CFS onset is caused by a

> combination of a

> genetic predisposition (a set of polymorphisms)

> that particular

> people are born with, and a sufficient load of

> stressors to lower

> the glutathione level enough to trigger a vicious

> circle mechanism,

> involving the methylation cycle, and facilitated

> by the genetic

> predisposition. One of the classes of possible

> stressors is the

> biological stressors, and infectious agents are

> one category of

> these biological stressors. According to this

> model, it does not

> matter what the particular infectious agent is.

> What matters is

> whether the infection (combined with any other

> stressors that might

> be present in the particular person) is sufficient

> to lower the

> glutathione level enough to trigger the vicious

> circle mechanism.

> It seems clear that the results of this study

> confirm that this is

> the way onset of CFS behaves when triggered by

> pathogens.

>

> Please note that this study does not tell us what

> needs to be done

> for treatment, only what the characteristics are

> of the category of

> CFS that is post-infectious in origin.

>

> Rich

>

>

>

>

>

> [Non-text portions of this message have been

> removed]

>

>

__________________________________________________

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The problem for me is that I dont, anymore, trust

anyones interpretation of any CFS researcher. I used

to but I have found that there are so many hysterical

voices in the CFS advocacy ranks that I dont trust

anybody - and to tell you the truth Nelly - the fact

that you can damn this paper without having read -

well. thats not particularly trustworthy either. Why

dont we all wait until we read it before we decide

what its about.

--- Nelly Pointis <janel@...> wrote:

> Rich,

>

> Ian Hickie is a psychiatrist (of the nastiest kind)

> who's been set for decades on proving CFS is a

> psychiatric condition (a kind of Australian Wessely

> if you like). If he puts his name on a study it is

> to " prove " that pathogens are not important in the

> aetiology of CFS. The next step in his reasoning has

> been the same for years, i e CFS hits the

> psychiatricly weak and the pathogens are only

> triggers. You on the other hand will say " it's the

> glutathione and the " vicious circle mechanism,

> involving the methylation cycle, and facilitated by

> the genetic predisposition. " .

>

> I have no way of assessing whether you're right re

> glutathione depletion being at the root of much of

> our probs, but I certainly know that I would not go

> down ANY path with Ian Hickie!!

>

> Nelly

> Latest Dubbo results

> and glutathione depletion--methylation cycle block

> hypot.

>

>

> Hi, all.

>

> Today another paper from the Dubbo, Australia,

> infection outcomes

> study was published (Hickie, I, et

> al., " Post-infective and chronic

> fatigue syndromes precipitated by viral and

> non-viral pathogens:

> preospective cohort study, "

> BMJ,doi:10.1136/bmj.38933.585764.AE).

>

> As you may know, this study is involved with

> following people who

> develop infectious diseases over time to try to

> understand why some

> of them do not recover, but instead continue to be

> ill with a

> disorder that meets the criteria of chronic

> fatigue syndrome.

>

> This paper compared the percentage of people who

> had cases of

> mononucleosis (glandular fever), Q fever, and Ross

> River virus,

> respectively, who later met the criteria for

> chronic fatigue

> syndrome. It's interesting to note that Q fever is

> caused by an

> intracellular bacterium, while the other two are

> viral diseases.

>

> The authors found that the percentage who went on

> to have CFS was

> the same for the three infectious diseases (11% at

> 6 months). This

> common result is very significant, because it

> suggests that the

> reason these people develop CFS is not associated

> with the

> particular pathogen, but rather with their host

> response.

>

> Here's a quotation from the paper: " Examination of

> outcomes after

> the three distinctive acute infections reported

> here strongly

> implicates aspects of the host response to

> infection (rather than

> the pathogen itself) as the likely determinants of

> post-infective

> fatigue syndrome, as the case rates after

> infection with Epstein--

> Barr virus (a DNA virus), Ross River virus (an RNA

> virus), and C.

> burnetii (an intracellular bacterium) were

> comparable, and the

> symptom characteristics progressively merged over

> time. "

>

> I would like to submit that this is the type of

> result that would be

> predicted by the glutathione

> depletion--methylation cycle block

> hypothesis for the pathogenesis of chronic fatigue

> syndrome. This

> hypothesis holds that CFS onset is caused by a

> combination of a

> genetic predisposition (a set of polymorphisms)

> that particular

> people are born with, and a sufficient load of

> stressors to lower

> the glutathione level enough to trigger a vicious

> circle mechanism,

> involving the methylation cycle, and facilitated

> by the genetic

> predisposition. One of the classes of possible

> stressors is the

> biological stressors, and infectious agents are

> one category of

> these biological stressors. According to this

> model, it does not

> matter what the particular infectious agent is.

> What matters is

> whether the infection (combined with any other

> stressors that might

> be present in the particular person) is sufficient

> to lower the

> glutathione level enough to trigger the vicious

> circle mechanism.

> It seems clear that the results of this study

> confirm that this is

> the way onset of CFS behaves when triggered by

> pathogens.

>

> Please note that this study does not tell us what

> needs to be done

> for treatment, only what the characteristics are

> of the category of

> CFS that is post-infectious in origin.

>

> Rich

>

>

>

>

>

> [Non-text portions of this message have been

> removed]

>

>

__________________________________________________

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