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What is really in those clogged arteries?

Started by montygram · · Last activity · 7 posts · 467 views

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General fitness, health and nutrition
Published
10 January 2006
Last activity
11 January 2006
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montygram
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  1. The "essential fatty acid" claim is "junk science" at it's worst.
    Search the group for montygram and read my posts about it. I just ran
    across this study that actually did the kind of experiment I have often
    called for in these situations. For example, some "experts" claim that
    there is "rapid DHA turnover" in the normal, healthy, human adult
    brain, but that is physically impossible in many cases. I suggested
    that the brains of people killed in accidents be studied for DHA
    content; otherwise, where did this assertion come from? Basically, it
    is just an assumption, apparently based upon terribly flawed
    experiments on rats (such as Burr & Burr, 1930, which is still cited as
    the seminal experiment in much of the professional nutritional
    literature).

    Here's an on point experiment, one that is scientific:

    Lancet. 1994 Oct 29;344(8931):1195-6.
    Dietary polyunsaturated fatty acids and composition of human aortic
    plaques.

    Felton CV, Crook D, Davies MJ, Oliver MF.

    Wynn Institute for Metabolic Research, London, UK.

    How long-term dietary intake of essential fatty acids affects the
    fatty-acid content of aortic plaques is not clear. We compared the
    fatty-acid composition of aortic plaques with that of post-mortem serum
    and adipose tissue, in which essential fatty-acid content reflects
    dietary intake. Positive associations were found between serum and
    plaque omega 6 (r = 0.75) and omega 3 (r = 0.93) polyunsaturated fatty
    acids, and monounsaturates (r = 0.70), and also between adipose tissue
    and plaque omega 6 polyunsaturated fatty acids (r = 0.89). No
    associations were found with saturated fatty acids. These findings
    imply a direct influence of dietary polyunsaturated fatty acids on
    aortic plaque formation and suggest that current trends favouring
    increased intake of polyunsaturated fatty acids should be reconsidered.

    The literature says things like, "If humans don't consume enough
    essential fatty acids, one's skin will become flaky and itchy, and
    diarrhea and other symptoms such as infections often are seen." Page
    120 of the fourth edition of "Perspectives in Nutrition." On a diet
    that included both omega 3s and 6s, I experienced all of these
    symptoms, yet after avoiding the "essential fatty acids" for a few
    years now, I don't have any of those problems at this point. There may
    be a germ of truth to what they say, in that there is a transition
    period; your body is removing the long chain omega 6s and/or omega 3s,
    and so there is a temporary disruption that may cause minor "symptoms,"
    but I didn't experience anything worthy of note. One will have more
    energy, blood pressure will be lowered slightly, and you may need to
    drink a little bit more. Oh, and you won't have to worry about cancer,
    heart disease, inflammatory diseases, auto-immune diseases,
    neurodegenerative diseases, etc., unless you engage in some kind of
    high risk activity.

  2. "montygram" <[email hidden]> schrieb im Newsbeitrag
    news:[email hidden]...

    Quoted message said:

    The "essential fatty acid" claim is "junk science" at it's worst.
    Search the group for montygram and read my posts about it. I just ran
    across this study that actually did the kind of experiment I have often
    called for in these situations. For example, some "experts" claim that
    there is "rapid DHA turnover" in the normal, healthy, human adult
    brain, but that is physically impossible in many cases. I suggested
    that the brains of people killed in accidents be studied for DHA
    content; otherwise, where did this assertion come from? Basically, it
    is just an assumption, apparently based upon terribly flawed
    experiments on rats (such as Burr & Burr, 1930, which is still cited as
    the seminal experiment in much of the professional nutritional
    literature).

    Here's an on point experiment, one that is scientific:

    Lancet. 1994 Oct 29;344(8931):1195-6.
    Dietary polyunsaturated fatty acids and composition of human aortic
    plaques.

    Felton CV, Crook D, Davies MJ, Oliver MF.

    Wynn Institute for Metabolic Research, London, UK.

    How long-term dietary intake of essential fatty acids affects the
    fatty-acid content of aortic plaques is not clear. We compared the
    fatty-acid composition of aortic plaques with that of post-mortem serum
    and adipose tissue, in which essential fatty-acid content reflects
    dietary intake. Positive associations were found between serum and
    plaque omega 6 (r = 0.75) and omega 3 (r = 0.93) polyunsaturated fatty
    acids, and monounsaturates (r = 0.70), and also between adipose tissue
    and plaque omega 6 polyunsaturated fatty acids (r = 0.89). No
    associations were found with saturated fatty acids. These findings
    imply a direct influence of dietary polyunsaturated fatty acids on
    aortic plaque formation and suggest that current trends favouring
    increased intake of polyunsaturated fatty acids should be reconsidered.

    This experiment is
    - 11 years old, there have been myriads of studies that have exactly the
    opposite conclusion since [1].
    - not backed up by actual mortality data.

    This study just compared composition of plaques with composition of adipose
    tissue. What does this tell us in terms of risk? Not much.

    [1]
    J Nutr. 2004 Nov;134(11):2991-7.
    Dietary alpha-linolenic acid reduces inflammatory and lipid cardiovascular
    risk factors in hypercholesterolemic men and women.

    Am J Clin Nutr. 2002 Jul;76(1):85-92.
    Cardiovascular disease risk factors and n-3 fatty acid status in the adult
    population of James Bay Cree

    "[...] n-3 Fatty acids may favorably influence some CVD risk factors. The
    Cree population must be encouraged to maintain their traditional fish-based
    diet, which may be one of the factors protecting them against mortality from
    CVD."

    J Nutr. 2005 Jun;135(6):1393-9.
    Daily supplementation with (n-3) PUFAs, oleic acid, folic acid, and vitamins
    B-6 and E increases pain-free walking distance and improves risk factors in
    men with peripheral vascular disease.

    Harefuah. 2004 Aug;143(8):585-91, 622, 621.
    [Omega-3 fatty acids, fish, fish oil and cardiovascular disease--a review
    with implications to Israeli nutritional guidelines]

    "Evidence from epidemiological and randomized controlled trials shows
    beneficial effects of omega-3 (n-3) fatty acids from fish and plant sources
    on cardiovascular disease (CVD), especially in patients with preexisting
    CVD. The optimal dose of n-3 is not yet determined, but prospective
    secondary prevention studies suggest that the addition of 0.5-1.8 grams/day
    of marine-derived eicosapentaenoic acid and docosahexaenoic acid, or plant
    derived alpha-linolenic acid at a dose of 1.5-3 grams/day significantly
    reduce subsequent cardiac events and mortality[...]"

    Quoted message said:

    The literature says things like, "If humans don't consume enough
    essential fatty acids, one's skin will become flaky and itchy, and
    diarrhea and other symptoms such as infections often are seen." Page
    120 of the fourth edition of "Perspectives in Nutrition." On a diet
    that included both omega 3s and 6s, I experienced all of these
    symptoms, yet after avoiding the "essential fatty acids" for a few
    years now, I don't have any of those problems at this point.

    You claimed last time you experienced NONE of these effects.
    Now you slowly give in and admit that you DO experience these effects-
    interesting.

    However: your diet is not free at all of omega3 and omega6 fatty acids (you
    posted a few items now and again)- no wonder you don't experience the full
    impact of deficiency- and no wonder symptoms come and go.

    Quoted message said:

    There may
    be a germ of truth to what they say, in that there is a transition
    period; your body is removing the long chain omega 6s and/or omega 3s,
    and so there is a temporary disruption that may cause minor "symptoms,"
    but I didn't experience anything worthy of note. One will have more
    energy, blood pressure will be lowered slightly, and you may need to
    drink a little bit more. Oh, and you won't have to worry about cancer,
    heart disease, inflammatory diseases, auto-immune diseases,
    neurodegenerative diseases, etc., unless you engage in some kind of
    high risk activity.

    You did not take the 60 minutes it takes to make a blood test for essential
    fatty acid deficiency so all your claims about effects of your diet are
    nothing but pure speculation.

    Most of your self healing approaches are highly dubious as, from what you
    post, you seem to be the most unhealthy person I have ever met: Quotes from
    you in the last 3 months:

    05.01.2006: "I had a case of tendonosis for more than 2
    years [...]"
    13.11.2005: "I was quickly losing weight and in terrible
    shape [...]"
    12.11.2005: "I used to get a lot of finger infections that lasted a week or
    so [...]"
    12.11.2005: "I used to get chalazions[...]"
    12.11.2005: "The keloid I had for 20 years is nearly gone now. "
    01.11.2005: "The chronic problems I had (rosacea, a keloid, catching at
    least 2 cold a year, etc.) are gone now"
    14.10.2005: "[...] I had severe osteoporosis and it cleared up within a few
    months once I figured out what to do."
    08.10.2005: "[...] I lost the ability to digest and absorb food (probably
    protein mostly)"
    and so on.. (there were a lot more).

  3. montygram said:

    For example, some "experts" claim that
    there is "rapid DHA turnover" in the normal, healthy, human adult
    brain, but that is physically impossible in many cases

    Why is it physically impossible? As for turnover, I've quoted this
    before and yes it's monkeys not humans, but their brains aren't that
    different:
    http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=2139096&query_hl=1

    They found that the brain DHA had a half-life of 17- 21 days depending
    on the type of phospholipid.

    Quoted message said:

    I suggested
    that the brains of people killed in accidents be studied for DHA
    content; otherwise, where did this assertion come from?

    What would DHA content on death tell you about turnover exactly?

    Quoted message said:

    Basically, it
    is just an assumption, apparently
    based upon terribly flawed
    experiments on rats

    You're the one making assumptions - and based on ignorance, too.

    MattLB

  4. I've addressed MMu's stuff before. He must have severe reading
    comprehension problems, because I have said over and over again that it
    is the AA release upon stressors and metabolization into LTB4, etc.
    that is the problem, and that some omega 3's will appear to be a
    temporary benefit, due to "competitive inhibition." I have proposed to
    do an experiment to see which group of animals lives longest, those fed
    fish and canola oil, or those fed fresh coconut oil, but he has not
    interest it it.

    As to the monkey study cited by MattLB, this is not relevant. In
    science, you have to control the variables. Here, that means one group
    is fed fresh coconut oil and the other gets fish oil or whatever is
    considered "best," and then you see which lives longer. Obviously, if
    you have fed animals a diet with a substantial omega 6 PUFA content,
    then give one group a lot of fish oil, you will see "turnover."

    There are facts, and there is evidence. One fact I know is that my
    relatives, who lived into or beyond their 90s (with no "chronic
    disease"😉 would not eat oily fish, hardly ever ate any fish, and did
    not use canola or flax or pumpkin seeds or evening primrose oil or
    anything like that. They ate very little chicken/beef as well. They
    ate plenty of simple carbs and whole milk dairy, and always had some
    fruit each day. This is a fact I know for sure, because we lived next
    door to them, and they never ate at a restaurant. They cooked their
    own meals, even at advanced ages.

    Now without any source of omega 3s (except for the tiniest of trace
    amounts, for all practical purposes, none), there is no way they could
    have had "rapid DHA turnover" in their brains. And I would take their
    health and longevity over anyone else's, because I saw it with my own
    eyes. This notion is physically impossible in such a case, and I am
    willing to subject myself to any experiment that would have me refrain
    from all omega 3s (which is what I'm doing now anyway).

    So where are the DHA molecules going to come from to have "rapid
    turnover?" The claim of "essential fatty acids" is that "the body
    can't make them," which is good, because they are so dangerous, just
    like the body can't make uranium 238, which is also good. You can't
    have it both ways, as you often seem to want it, MattLB. If the body
    needs to have them, but a person won't eat them, their can't be "rapid
    DHA turnover." Again, it is physically impossible.

    Now, why don't you take me up on one of my experimental offers and
    let's settle this. No more of these indirect marker and association
    studies.

    Once again, I am waiting...

  5. montygram said:

    The "essential fatty acid" claim ...


    The Noise has been deleted by moi. 🙂

    Quoted message said:

    high risk activity.

    Well, could it be a bunch of [censored]?

    How about sticky yucky sludge?

    Maybe one too many pork ribs?

    Ooooh! I know. 🙂

    It must be some of that rotten coconut oil?

    You have my condolences, Monty, yet again. 🙁

  6. Ahhh. That is the answer to your parents longevity. You
    are a complete liar.

    "montygram" <[email hidden]> wrote in message
    news:[email hidden]...

    Quoted message said:

    I've addressed MMu's stuff before. He must have


    severe reading

    Quoted message said:

    comprehension problems, because I have said over and


    over again that it

    Quoted message said:

    is the AA release upon stressors and metabolization


    into LTB4, etc.

    Quoted message said:

    that is the problem, and that some omega 3's will


    appear to be a

    Quoted message said:

    temporary benefit, due to "competitive inhibition."


    I have proposed to

    Quoted message said:

    do an experiment to see which group of animals lives


    longest, those fed

    Quoted message said:

    fish and canola oil, or those fed fresh coconut oil,


    but he has not

    Quoted message said:

    interest it it.

    As to the monkey study cited by MattLB, this is not


    relevant. In

    Quoted message said:

    science, you have to control the variables. Here,


    that means one group

    Quoted message said:

    is fed fresh coconut oil and the other gets fish oil


    or whatever is

    Quoted message said:

    considered "best," and then you see which lives


    longer. Obviously, if

    Quoted message said:

    you have fed animals a diet with a substantial omega


    6 PUFA content,

    Quoted message said:

    then give one group a lot of fish oil, you will see


    "turnover."

    Quoted message said:


    There are facts, and there is evidence. One fact I


    know is that my

    Quoted message said:

    relatives, who lived into or beyond their 90s (with


    no "chronic

    Quoted message said:

    disease"😉 would not eat oily fish, hardly ever ate


    any fish, and did

    Quoted message said:

    not use canola or flax or pumpkin seeds or evening


    primrose oil or

    Quoted message said:

    anything like that. They ate very little


    chicken/beef as well. They

    Quoted message said:

    ate plenty of simple carbs and whole milk dairy, and


    always had some

    Quoted message said:

    fruit each day. This is a fact I know for sure,


    because we lived next

    Quoted message said:

    door to them, and they never ate at a restaurant.


    They cooked their

    Quoted message said:

    own meals, even at advanced ages.

    Now without any source of omega 3s (except for the


    tiniest of trace

    Quoted message said:

    amounts, for all practical purposes, none), there is


    no way they could

    Quoted message said:

    have had "rapid DHA turnover" in their brains. And I


    would take their

    Quoted message said:

    health and longevity over anyone else's, because I


    saw it with my own

    Quoted message said:

    eyes. This notion is physically impossible in such a


    case, and I am

    Quoted message said:

    willing to subject myself to any experiment that


    would have me refrain

    Quoted message said:

    from all omega 3s (which is what I'm doing now


    anyway).

    Quoted message said:


    So where are the DHA molecules going to come from to


    have "rapid

    Quoted message said:

    turnover?" The claim of "essential fatty acids" is


    that "the body

    Quoted message said:

    can't make them," which is good, because they are so


    dangerous, just

    Quoted message said:

    like the body can't make uranium 238, which is also


    good. You can't

    Quoted message said:

    have it both ways, as you often seem to want it,


    MattLB. If the body

    Quoted message said:

    needs to have them, but a person won't eat them,


    their can't be "rapid

    Quoted message said:

    DHA turnover." Again, it is physically impossible.

    Now, why don't you take me up on one of my


    experimental offers and

    Quoted message said:

    let's settle this. No more of these indirect marker


    and association

    Quoted message said:

    studies.

    Once again, I am waiting...

  7. montygram said:

    As to the monkey study cited by MattLB, this is not relevant.

    A study determining the turnover of DHA in monkey brains isn't relevant
    to your claim about there being no DHA turnover in brain? I wonder
    what paper ever could be.

    Quoted message said:

    In
    science, you have to control the variables. Here, that means one group
    is fed fresh coconut oil and the other gets fish oil or whatever is
    considered "best," and then you see which lives longer.

    Now *that* really is irrelevant to your point about DHA turnover.

    Quoted message said:

    There are facts, and there is evidence. One fact I know is that my
    relatives, who lived into or beyond their 90s (with no "chronic
    disease"😉 would not eat oily fish, hardly ever ate any fish, and did
    not use canola or flax or pumpkin seeds or evening primrose oil or
    anything like that.

    You have no evidence that their diet caused their longevity. Where's
    your control group Mr scientific method?

    Quoted message said:

    They ate very little chicken/beef as well. They
    ate plenty of simple carbs and whole milk dairy,

    Which contains PUFAs.

    Quoted message said:

    So where are the DHA molecules going to come from to have "rapid
    turnover?"

    Since DHA was shown to displace arachidonate, turnover needn't be a
    like-for-like swap, which you seem to be suggesting, Or do you think
    your brain arachidonate is the same as it was before your started your
    diet? i.e. there hasn't been any turnover.

    Quoted message said:

    The claim of "essential fatty acids" is that "the body
    can't make them," which is good, because they are so dangerous,

    In your eyes.

    Quoted message said:

    If the body
    needs to have them, but a person won't eat them, their can't be "rapid
    DHA turnover." Again, it is physically impossible.

    According to that theory if you aren't eating protein containing
    essential amino acids there can't be turnover of proteins containing
    essential amino acids in the body.

    Quoted message said:

    Now, why don't you take me up on one of my experimental offers and
    let's settle this. No more of these indirect marker and association
    studies.

    There's nothing indirect about biopsies of brain, serum and
    erythrocytes being examined for their fatty acid composition.

    MattLB

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