effexor

Does anyone have info on the effects/side effects of taking Effexor?  Is  
it as effective or more effective than Prozac?  What is the average length  
of time it is prescribed?  What is the usual dosage?  

Thanks in Advance,
:) klv

6 Responses to “effexor”

  1. admin says:

    x…@elf.com (Philosopher) writes:
    >        The "smart druggies" have claimed that the ingestion of L-Phenylalanine
    >and Tyrosine can alleviate depression. How might these substances achieve
    >this effect?

    By increasing DA production in a similar fashion to l-dopa therapy.  Of
    course this requires that tyrosine hydroxylase not be saturated so that
    increased levels of tyrosine can lead to increased levels of l-dopa and
    DA, and tyrosine hydroxylase is normally saturated.  Assuming a person
    was atypical, however, this might actually work — someone on
    alt.psychoactives found a studying suggesting that stress might cause
    this to occur.

    >(probably not a good thing… as someone on
    >the net suggested, even if these substances can alleviate depression, this
    >kind of treatment doesn’t address the causes of depression… unless one wants
    >to take a purely physical stance on depression),

    Which is a criticism that can be levelled at Prozac.

    >are people actually _harming_
    >themselves by taking these two amino acids (or the other smart drugs I
    >mentioned?). For L-Phenylalanine, let’s say someone is taking 500-1000 MG
    >a day of this substance.

    I don’t think there is any known chronic toxicity for l-phe or l-tyr
    (excepting phenylketonurics, of course) so it is probably as safe as
    Prozac.  I tend to doubt that it is without any toxicity, but it
    appears to be minimal…


    Lamont Granquist (lamo…@u.washington.edu)
    http://stein1.u.washington.edu/hyplan.html GCS/P/S/SS d– h s:+ !g p? !au a22
    w+ v— C++++ UU++>+++ P+ L- 3 N* K— W— M? V– -po+/– Y+ t+ 5- j- rp G?
    !tv b++ D+ ba— e*/+ u–(—) h*(+) f?(+) r n—->+ y+(*)

  2. admin says:

    Lamont Granquist (lamo…@u.washington.edu) wrote:
    : x…@elf.com (Philosopher) writes:

    : >        The "smart druggies" have claimed that the ingestion of L-Phenylalanine
    : >and Tyrosine can alleviate depression. How might these substances achieve
    : >this effect?

    : By increasing DA production in a similar fashion to l-dopa therapy.  Of
    : course this requires that tyrosine hydroxylase not be saturated so that
    : increased levels of tyrosine can lead to increased levels of l-dopa and
    : DA, and tyrosine hydroxylase is normally saturated.  Assuming a person
    : was atypical, however, this might actually work — someone on
    : alt.psychoactives found a studying suggesting that stress might cause
    : this to occur.

    : >(probably not a good thing… as someone on
    : >the net suggested, even if these substances can alleviate depression, this
    : >kind of treatment doesn’t address the causes of depression… unless one wants
    : >to take a purely physical stance on depression),

    : Which is a criticism that can be levelled at Prozac.

    : >are people actually _harming_
    : >themselves by taking these two amino acids (or the other smart drugs I
    : >mentioned?). For L-Phenylalanine, let’s say someone is taking 500-1000 MG
    : >a day of this substance.

    : I don’t think there is any known chronic toxicity for l-phe or l-tyr
    : (excepting phenylketonurics, of course) so it is probably as safe as
    : Prozac.  I tend to doubt that it is without any toxicity, but it
    : appears to be minimal…

    : —
    : Lamont Granquist (lamo…@u.washington.edu)
    : http://stein1.u.washington.edu/hyplan.html GCS/P/S/SS d– h s:+ !g p? !au a22
    : w+ v— C++++ UU++>+++ P+ L- 3 N* K— W— M? V– -po+/– Y+ t+ 5- j- rp G?
    : !tv b++ D+ ba— e*/+ u–(—) h*(+) f?(+) r n—->+ y+(*)

    I am very skeptical of the value of administering large doses of amino
    acids in order to produce the effects of drugs which act on the
    nervous system in more specific ways.

    Firstly, the assumption that administering more of something will
    increase the amount of absorbtion and synthesis of substances for
    which the amino acid is precursor ignores the obvious fact that
    the body is regulated by powerful feedback mechanisms which prevent
    this sort of this from having any long term effect. Even the simplest
    systems need control mechanisms, and the human body probably has some
    of the most ingenious.

    However, I do believe that amino acids can cause profound changes if
    the regulatory mechanism is suppressed or modified using another drug.
    An excellent example of this occurred in 1972, when an experiment
    was conducted in a mental institution to determine whether L-tryptophan
    was an effective anti-depressant/anti-psychotic.

    Female schizophrenics were taken off their normal medication and
    given LT instead. When this failed, LT theraphy was continued, but the
    original med (Chloropromazine, and  an MAOI) was continued. The women
    immediately `suffered’ drug induced nymphomania, the only recorded case of
    this I have ever encountered.

    Since the administration of LT without an MAOI or anti-DA drug causes
    no such behaviour, it is likely that the regulatory mechanisms ensure
    that high does of LT are not converted into neurotransmitters so that
    the relative levels of DA and 5HT are not significantly altered.

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  3. admin says:

    gu…@inyanga.cs.wits.ac.za (Guest Account) writes:
    >I am very skeptical of the value of administering large doses of amino
    >acids in order to produce the effects of drugs which act on the
    >nervous system in more specific ways.

    I don’t think that anyone knowledgable would claim that l-tryptophan and
    fluoxetine were equivalent.  

    >Firstly, the assumption that administering more of something will
    >increase the amount of absorbtion and synthesis of substances for
    >which the amino acid is precursor ignores the obvious fact that
    >the body is regulated by powerful feedback mechanisms which prevent
    >this sort of this from having any long term effect. Even the simplest
    >systems need control mechanisms, and the human body probably has some
    >of the most ingenious.

    This has, however, been shown to occur with l-tryptophan and 5-HT.  Those
    feedback mechanisms probably reduce any effect that unaugmented
    l-tryptophan has, but your body is far from a perfect machine…

    >Since the administration of LT without an MAOI or anti-DA drug causes
    >no such behaviour, it is likely that the regulatory mechanisms ensure
    >that high does of LT are not converted into neurotransmitters so that
    >the relative levels of DA and 5HT are not significantly altered.

    Yes, there are regulatory mechanisms.  No, they are not sufficient to
    completely prevent the synthesis and release of 5-HT.


    Lamont Granquist (lamo…@u.washington.edu)
    http://stein1.u.washington.edu/hyplan.html GCS/P/S/SS d– h s:+ !g p? !au a22
    w+ v— C++++ UU++>+++ P+ L- 3 N* K— W— M? V– -po+/– Y+ t+ 5- j- rp G?
    !tv b++ D+ ba— e*/+ u–(—) h*(+) f?(+) r n—->+ y+(*)

  4. admin says:

    (Philosopher) writes:

    >    I’d also like to know if Ginseng has been studied by academics, and
    >what benefits this herb might have on people.

    ten years ago, i read a book that summarized the british, russian,
    and chinese literature on ginseng; there was then no significant
    american literature on ginseng, but the advent of ethnobotany has
    probably improved things since then. i don’t remember the title or
    the author, but here’s what i do remember:

    ginseng contains a complicated mix of vegetable-derived steroid
    hormones, including some that act on the human endocrine system,
    especially the adrenals, gonads, and the pituitary. apparently,
    some of the hormones mimic directly certain hormones in the pituitary-
    adrenal axis, while others stimulate the adrenals to replenish their
    stock of the hormones & receptors they secrete and make. not
    coincidentally, a common side-effect of ginseng’s use is some
    suppression of the immune system.

    the particular mix of this steroid cocktail depends on the species,
    size, locale, and preparation of the ginseng. for example, siberian
    ginseng boosts fertility more strongly than american, chinese, or korean
    ginseng, while red korean ginseng has more of an effect on sex drive.
    chinese and american white ginseng are said to bring the whole endocrine
    system into a better "balance." in order of deceasing potency, the
    ranking of preparations is:

         wild is better than cultivated,
         fresh > preserved >> dried > extract >> tincture >> powdered tea,
         red is stronger & harsher than white (these are processing styles)

    note that chinese herbal doctors recommend against young people (i.e.,
    non-old people) using ginseng, especially in the warmer months of the
    year.  i’m not a psychopharm professional, but i do use ginseng when my
    doctor (a chinese-trained m.d.) prescribes it. i seldom use ginseng
    on my own initiative anymore, because i’ve found that while its effect
    on me is always pronounced, i prefer my doctor’s judgement and results,
    to my own.

                                                            -don davis, boston

  5. admin says:

    Varro Tyler, in _The Honest Herbal_ states that "There is an impressive
    body of literature attesting to the effectiveness of GBE [Ginkgo Biloba
    Extract] in treating aailments associated with decreased cerebral
    blood flow, particularlyin geriatric patients.  These conditions
    include short-term memory loss, headache, tinnitus, depression and
    the like.  Clinical and pharmacological studies have shown that GBE
    promotes vasodilation and improved blood flow in both the arteries
    and capilaries.  Ther are also indications that it is an effective
    free radical scavenger.  Large doses are required, which explains
    why a concentrate is used rather than the herb itself.  GBE does
    reduce the clotting time of blood, which may be of concern to
    those already taking anticoagulants.  Very large doses may cause
    restlessness, diarrhea, nausea, vomiting, and other unpleasant
    effects, usually of a relatively mild nature.  If these occur, cease
    taking the drug or reduce the dosage."

    I’m not as enamoured of Tyler as I once was, since a couple of times
    people on the Net have found errors in his book.  But it is still
    the only herb book I have found that relies solely on published
    scientific studies and that lists references.  I recommend that
    any person interested in herbalism get this book.  It is in
    print, the ISBN # is 1-56204-287-6, and is put out by The
    Haworth Press. It can be special ordered through any large bookstore,
    and costs approximately $20.
    s

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     Camilla Cracchiolo, RN     cami…@netcom.com    Los Angeles, CA

         Shrine of the Cybernetic Madonna BBS      213-766-1356
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  6. admin says:

    Philosopher (x…@elf.com) wrote:

    :       I saw an advertisement for the chinese herb Ginkgo Biloba which
    : claimed that doctors in Europe (the ad, of course, didn’t mention _what_
    : kind of "doctors" prescribe this stuff) widely prescribe this herb for
    : senility/improved mental functioning (whatever that might mean…).

    Personally in my observations I have found ginkgo to be hyped and overrated.
    The Ayurvedic gotu kola (no caffeine) herb is less expensive and more
    effective.  There are also other nutritional supplements and lifestyle
    changes that can enhance mental functioning, especially in the middle and
    later years.

    There has been a lot of research done on herbs, and the documentation is
    easy to find, but very little real education done in the US, save the
    hyped and exaggerated claims of some supplement manufacturers.

    Also, everyone experiences something a bit different with herbs and herb
    cominations, just as they do with eating various foods.  A general rule
    of thumb is that the chronically deficient will experience more of a
    result and faster; these types tend to be more introverted as they are
    not doing as well in life or have to struggle more, so they notice small
    changes in the body.  The highly energetic, because of their already-high
    energy state, will notice less; these types tend to be more extroverted
    also and not as observant of subtle body changes.

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