Addisons disease…

   My girl-friend has Addisons Disease, and I would like to know more about
it. I don’t have any kind of medical background so if you know about this
disease, please keep it somewhat simple. Thanks!

–  
Uucp: …{gatech,ames,rutgers}!ncar!asuvax!stjhmc!157!3!Bill.Schwartz
Internet: Bill.Schwa…@f3.n157.z1.fidonet.org

5 Responses to “Addisons disease…”

  1. admin says:

    >   My girl-friend has Addisons Disease, and I would like to
    >know more about it. I don’t have any kind of medical
    >background so if you know about this disease, please keep it
    >somewhat simple. Thanks!

    Addison’s disease is caused by partial to complete failure
    of the adrenal glands.  The adrenal glands are endocrine
    (read: work inside the body) glands perched on top of the
    kidneys.  They secrete hormones that address three general
    classes of functions:

    (1) The glucocortocoids – these promote the processes in the
    body that make energy from fat and protein (rather than
    carbohydrates), they increase the ability of the skeletal
    muscles to maintain contractions and avoid fatigue, they
    control inflammations (swelling caused by injury or
    irritation), and they promote the production of certain liver
    enzymes.

    (2) The mineralocorticoids – these hormones maintain normal
    blood volume, promote sodium and water retention and increase
    urinary excretion of patassium and hydrogen ions.

    (3) The androgens – simply put, these are the hormones that
    separate the men from the women.  Certainly less important
    in your girlfriend, their absence will upset the hormonal
    balance nonetheless.

    Addison’s disease typically produces such effects as weakness,
    fatigue, weight loss, nausea, vomiting, anorexia (no appetite
    for food), and chronic diarrhea.  There is also a somewhat
    conspicuous bronze coloration to the skin (looks like a deep
    suntan) and a darkening of the insides of the cheeks.  Scars
    can get darker, and the skin over the knuckles and elbows can
    get darker.  This coloration is caused by the upset in the
    balances of the hormones the adrenal glands would normally
    be producing.

    Also, Addison’s disease can lead to low blood pressure and a
    decrease in the pumping ability of the heart.  Your girlfriend
    will be less tolerant of stress.  You may notice a decrease in
    hair growth under her arms and in the the genital region.  It
    may also decrease her desire to have sex.  She may crave
    salty foods.  Her coordination may decrease.

    Things to know and remember:

    She will be on steroid therapy (to replace the substances the
    adrenal glands were making) for the rest of her life. You may
    have heard of bodybuilders using "steroids."  The drugs your
    girlfriend will be taking are altogether different.  They
    only have in common a general chemical structure called a
    steroid ring.  Everything else is different.  Do not
    confuse the two.

    She must take these medications under fairly close medical
    supervision.  She cannot discontinue their use (and not get
    very ill as a result), period.  When she is stressed, she may
    have to adjust her dosage (upward).  Strongly encourage her to
    stay in close consultation with her doctor.  If she gets a
    cold, she may need to adjust her steroid dosage.

    She must eat a diet that maintains sodium and potassium
    balances in her body.  If she hasn’t already talked this over
    with a Registered Dietician that specializes in these kinds of
    diets, find one.  If she has no appetite, encourage small
    frequent meals, keep snacks around.

    She should carry a medical identification card (or wear a
    braclet or pendant) stating what drug(s) she takes and the
    dosage.  She might want to discuss with her doctor having a
    prepared syringe of hydrocortisone (a steroid, fast-acting) in
    an emergency kit in case she gets caught in a stressful
    situation away from immediate medical care.  She should
    learn how to self-administer the injection (maybe you
    should too).

    Having said all that, this is a managable problem.  With
    appropriate, well-managed hormone-substitution therapy, the
    prognosis is excellent.

    –  
    Uucp: …{gatech,ames,rutgers}!ncar!asuvax!stjhmc!382!70.0!Richard.Dewald
    Internet: Richard.Dew…@p0.f70.n382.z1.fidonet.org

  2. admin says:

     >    My girl-friend has Addisons Disease, and I would like to
     > know more about it. I don’t have any kind of medical
     > background so if you know about this disease, please keep
     > it somewhat simple. Thanks!

    Okay, assuming you’re not in the mood to peruse dusty (or semi-dusty) medical
    texts or a few dictionaries… and a LOT of people are pretty put-off about
    doing this anyway…

    Addison’s disease is a physiological problem first described by a Thomas
    Addison back in the 1800’s. That is, it affects functionality within the body
    somewhere.

    The area of effect is a very crucial part in human physiology: the adrenal
    glands (sometimes described as the adrenal complices or, simply, the adrenals,
    or even the suprarenal glands (depending on what kind of physician or
    anatomist or histologist or physiologist you ask). Now, I don’t want to scare
    you off with all of the marvelous processes which occur in order to generate
    the neurosecretions that cause the adrenal hormones to be formed, but suffice
    it to say that the adrenal glands are a major secretion point of various
    metabolic hormones that your body needs to grow, regulate, and revitalize
    itself, both on a daily basis and on an extended length sort of deal.

    Addison’s disease specifically targets the adrenal CORTEX, the outer layer of
    the adrenal glands which produces what we call corticosteroids. Now… what do
    you know about steroids, and sterols in general? Ever heard of cholesterol?
    Yes? (good! just having a bit o’ phun! =(:->) ) Anyway, cholesterol is an
    important precursor for various metabolic macromolecules in the human body,
    and it is the biochemical basis for many of the steroid hormones in the human
    body. What cholesterol contributes is basically its aggregated ring
    structures, which get modified a bit to form the corticosteroids (they’re
    called corticosteroids because they are secreted by the cortex of the
    adrenals, BTW).

    Even more specifically, Addison’s disease deals with a deficiency of two
    corticosteroids: cortisol (or hydrocortisone) and aldosterone. Don’t be
    put-off by the fact that your girlfriend is suffering from steroid
    deficiencies and certainly don’t advise her to take anabolic steroids (the
    kind used by unscrupulous bodybuilders and child athletes; anabolics are very
    similar to androgens, another form of steroid hormone (that’s right, still
    derived from cholesterol) that includes testosterone and dihydrotestosterone
    and which actually form the biochemical basis for later formation of
    estrogens)!

    So what’s so great about cortisol (or hydrocortisone) and aldosterone, anyway?
    Aldosterone is pretty important because it helps to regulate blood pressure,
    sodium concentration, and potassium concentration in the body, and
    specifically through the kidneys (the adrenals are located just above the
    kidneys anatomically). Aldosterone generally acts to stop the loss of sodium
    via the urine; so lack of aldosterone will cause excessive sodium loss ==>
    your girlfriend may have cravings for salt as a result. Also, because of
    aldosterone’s involvement with positive blood pressure (keeping it up) and its
    production being stimulated by angiotensin II, its absence will also result in
    a low blood pressure (hypotension) and also perhaps low body temperature.
    Cortisol generally opposes the effects of insulin, so if you’re aware of what
    happens during diabetes, then you just have to "reverse" it to sort of see
    what happens with a loss of cortisol.

    Other effects of Addison’s disease, again related to these deficiencies, are a
    general weakness and fatigue, and skin pigmentation of unusual
    characteristics. The two hormones help people to handle stresses, both
    physical and mental, that they encounter in everyday processes, so if your
    girlfriend is subjected to lots of adverse stresses (overwork, frustration,
    infections, a cold going around in the office, etc.– anything), it’d be a
    good idea to help her cope somehow without further agitating her.

    Treatment for Addison’s disease generally consists of giving the patient the
    missing hormones and checking to see if there has been any adrenal damage from
    an autoimmune reaction (ie. the immune system of the patient actually
    mobilizing to attack the adrenal glands!) or adrenal TB (I think this is
    pretty rare these days…). Often, hormones from the pituitary gland (like
    ACTH) will be overproduced, causing other problems (like the skin pigmentation
    mentioned earlier).

    I don’t want to frustrate or scare you, but Addison’s disease sets itself up
    to be a chronic condition, with episodes called Addisonian crises that pop up
    every so often. Things like dehydration (remember biochemistry? no? well,
    anyway, sodium will draw water out with it, esp. when crossing biological
    membranes, like in the kidneys, thus producing LOTS of urine and dehydrating
    the patient) and confusion may occur, along with the other symptoms (the
    headaches, the muscular weakness, the low blood pressure, the low body temp,
    etc.). Chronically, you’d see weight loss, listlessness and/or tiredness,
    general weakness, and sometimes a sort of generalized, vague abdominal pain.

    Frankly, it’s been a long time since I’ve thought about Addison’s disease, and
    I hope that this quick msg helps you to piece a few things together. I guess
    the main things to do is watch your girlfriend carefully to make sure she’s
    okay; keeping her well-hydrated and unstressed and generally happy are pretty
    nifty ideas. And, of course, nothing beats having her check with her physician
    periodically and making sure she gets her compensatory medicine.

    If you’re confused about anything in this msg, feel free to ask! I’m pretty
    much available now, because I don’t do much in the summer (no patients to mess
    with =(:->) ) except hack out more online games and muck about in DoD…

    –  
    Uucp: …{gatech,ames,rutgers}!ncar!asuvax!stjhmc!135!105!Steve.Lin
    Internet: Steve….@f105.n135.z1.fidonet.org

  3. admin says:

    Tay Sachs is a genetic disorder that is fatal. There are no known treatments,
    and the diagnosis is often made at about 6-12 months of age. The child is
    fine up until then. A cherry red spot on the retina develops (classic sign),
    and neurological symptoms intensify. In time, the disease affects the
    heart rate and breathing, and the child dies. You can learn more by calling
    your local March of Dimes, or Easter Seals office.

    Renee Roberts

  4. admin says:

    In article <42…@cup.portal.com> Re…@cup.portal.com (Renee Linda Roberts) writes:

      Tay Sachs is a genetic disorder that is fatal. There are no known treatments,
      and the diagnosis is often made at about 6-12 months of age. The child is
      fine up until then. A cherry red spot on the retina develops (classic sign),
      and neurological symptoms intensify. In time, the disease affects the
      heart rate and breathing, and the child dies. You can learn more by calling
      your local March of Dimes, or Easter Seals office.

    It’s also worth noting a few other things about Tay Sachs.  It mostly occurs
    in children of parents of Jewish ancestry (primarily eastern European I seem
    to recall).  It is IMHO a moral obligation if one is Jewish and thinking of
    children to be tested for the Tay Sachs trait.  Tay Sachs is recessive
    and only if both parents have the trait will the child have the possibility
    of having the disorder.

    If both parents have the trait then the child has (some correct me if
    I got this wrong) a one in four chance of inheriting both recessive
    genes and having Tay Sachs.

    At the risk of resparking an unpleasant debate,  IMHO Tay Sachs is one
    good reason for an abortion.  There is no good excuse for forcing a
    child to live through such a thing or ruining the parents lives.  
    Tay Sachs children live to a few years of age.


    Douglas S. Rand
    Internet:   <dsr…@mitre.org>
    Snail:      MITRE, Burlington Road, Bedford, MA
    Disclaimer: MITRE might agree with me – then again…
    Amateur Radio: KC1KJ

  5. admin says:

    In article <DSR.91May9120…@mir.mitre.org> d…@mitre.org (Douglas S. Rand) writes:

    >It’s also worth noting a few other things about Tay Sachs.  It mostly occurs
    >in children of parents of Jewish ancestry (primarily eastern European I seem
    >to recall).  It is IMHO a moral obligation if one is Jewish and thinking of
    >children to be tested for the Tay Sachs trait.

    There was a recent news item describing a high incidence of Tay Sachs
    disease in the Louisiana Cajun population, where it’s been locally known
    as "lazy baby disease."  A team from Rutgers(?) identified the disease,
    which has been tentatively traced to a single German ancestor back in the
    19th Century.  The situation is made much worse by the highly inbred
    population.

    –Pat Wilcox   (wil…@cis.ohio-state.edu)

    -=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
    Four stages of acceptance: (J.B.S. Haldane, Journal of Genetics #58, 1963)
    i)this is worthless nonsense; ii)this is an interesting, but perverse, point
    of view;  iii) this is true, but quite unimportant;  iv) I always said so.