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More About Candida: Thanks to www.diagnose-me.com
Candida albicans
is an opportunistic
yeast that normally inhabits the mouth, throat, intestines and genitourinary
tract of most humans and is usually considered to be a normal part of the bowel
flora (the organisms that coexist with us in our lower digestive tract).
However, it may become pathogenic when there is a disturbance in the balance of
flora, or a debilitation of the host from other causes.
The job of Candida albicans is to recognize and destroy harmful
bacteria: Without
it, we would be defenseless against many pathogenic bacteria. In a healthy
person, Candida albicans numbers in the millions and is controlled by a
properly-functioning
immune system and "friendly" bacteria. However, if the number of friendly
bacteria is decreased, the immune system is weakened, or other conditions for
yeast proliferation occur (diet high in sugar, improper
pH in the
digestive system)
Candida albicans will shift from yeast form to mycelial fungal form and
start to invade the body.
In the yeast state, Candida is a non-invasive, sugar-fermenting organism, while
in fungal state it is invasive and can produce rhizoids, very long root-like
structures. Rhizoids can penetrate
mucosa or
intestinal walls, leaving microscopic holes and allowing toxins, undigested food
particles and bacteria
and yeast to enter
the bloodstream. This condition is known as Leaky Gut
Syndrome and that
is an explanation for many food and environmental
allergies.
If left untreated,
Candida can cause other diseases that may even be lethal, for example by
entering the brain or bloodstream. Persons with severely compromised
immune system can
die from blood poisoning known as Candida Septicemia.
Systemic Candida Overgrowth is a condition that occurs when Candida breaks the
intestinal lining and enters the bloodstream. From there, it can travel to
various parts of your body and multiply. The symptoms include: muscle aches,
sore/stiff joints, fatigue, problems with particular organs, recurrent urinary
tract infections, serious illnesses (Asthma,
ADHD, Diabetes,
MS, Arthritis, CFS,
Fibromyalgia).
Candida can be a
difficult condition to diagnose, some treatments are less than effective, and
recovery can be prolonged. However, when candida is a problem (whether lab
testing confirms it or not) and treatment is effective, there can be great
health gains. Attempts at diagnosis are made through questionnaires, analyzing a
history of causative factors, blood tests, and stool tests. Some doctors use a
questionnaire only because of lab test confusion.
Transmission
Candida fungi can not become airborne and therefore Candida can not be
transmitted by air. Sexual intercourse, deep kissing and oral sex can transmit
Candida to/from the genitals or mouth from one person to another. If the other
person is healthy, his immune system will destroy Candida cells and prevent
infection. However, if his immune system is impaired or he/she eat lots of sugar
and carbohydrates
then Candida can proliferate.
Treatment
To cure Candida albicans it is essential to find what caused the Candida
overgrowth. If the cause is not found and treated, it is possible that treatment
will not be effective and/or that Candida will recur. The most common causes of
Candida albicans overgrowth are:
A comprehensive approach to presumed or documented candida should include:
Suggested diets are a variation on these basics:
Foods that can be eaten freely include all vegetables,
protein sources
(legumes, fish, poultry, and meat), and whole grains. Two to three one-cup
servings of the following fruit can be eaten per day as well: apples,
blueberries, cherries, other berries, and pears.
The most severe cases seem to be associated with the presence of mercury amalgam
fillings.
Documenting and diagnosing candidal overgrowth can be very confusing as
different doctors interpret lab tests differently. Despite this confusion, many
people treated properly for a suspected infection improve significantly over
time. Reading a book such as Dr. Crook's The Yeast Connection can be
helpful in understanding the condition.