superman
08-10-2005, 04:32 PM
hi all,
I've been investigating the relation between candida and stummering. There is allot of evidence that points to candida being (atleast)in part responsible for stuttering.
Please read the following http://www.copperleife.com/craig/health/stuttering_allergies_2.htm You will find this most enlightening.
Further evidence i have found related to Candida which causes an increase in dopmaine and the fact that stutterers have increased dopamin levels.
Another coincidence?
-----------------Candida releases toxin Cetaldehyde ~
http://www.positivehealth.com/permit/Articles/Regular/butlin44.htm
Under most conditions Candida albicans grows as budding yeast, almost
identical to bakers' yeast, and will settle in the intestinal tract.
However, if the bacteria and pH are out of
balance, the Candida will multiply and transform into an invasive fungal
form. It does this by producing mycelia, root like filaments, which
penetrate the lining of the digestive tract to gain access to the blood
stream. Once in the blood stream it can create problems in the body's
organs - the liver, kidneys, heart, spleen, lungs and brain. It can also
cause leaky gut syndrome and allergies, urinary tract and skin infections,
hormonal disturbances, and aches and pains in the joints and muscles.
Candida is able to release up to 79 toxins into the system, one of which is
called acetaldehyde which reacts with the neurotransmitter dopamine
----------------Cetaldehyde (toxin) and its effect on dopmine levels ~
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=7632171&dopt=Citation
The toxic effect of acetaldehyde on brain oxidative capacity and dopamine
metabolism has been investigated in rat brains after a single
intraperitoneal injection of acetaldehyde (5 mmol/kg) and the results
compared with those from chronically ethanol fed rats. Acetaldehyde was
present in rat brain 120 hr after a single dose of acetaldehyde, confirming
that it is able to cross the blood-brain barrier. Brain catalase increased
significantly after acetaldehyde or chronic ethanol administration although
there were no other significant changes in the total brain activity of
superoxide dismutase, glutathione peroxidase or glutathione reductase.
Dopamine turnover was increased in both experimental groups. The acute dose
of acetaldehyde reduced the ability of the rats to relearn a computer visual
discrimination task.
I have to run. Please read these articles, your feedback can help me learn more!
Until tomorrow,
-=superman=-
I've been investigating the relation between candida and stummering. There is allot of evidence that points to candida being (atleast)in part responsible for stuttering.
Please read the following http://www.copperleife.com/craig/health/stuttering_allergies_2.htm You will find this most enlightening.
Further evidence i have found related to Candida which causes an increase in dopmaine and the fact that stutterers have increased dopamin levels.
Another coincidence?
-----------------Candida releases toxin Cetaldehyde ~
http://www.positivehealth.com/permit/Articles/Regular/butlin44.htm
Under most conditions Candida albicans grows as budding yeast, almost
identical to bakers' yeast, and will settle in the intestinal tract.
However, if the bacteria and pH are out of
balance, the Candida will multiply and transform into an invasive fungal
form. It does this by producing mycelia, root like filaments, which
penetrate the lining of the digestive tract to gain access to the blood
stream. Once in the blood stream it can create problems in the body's
organs - the liver, kidneys, heart, spleen, lungs and brain. It can also
cause leaky gut syndrome and allergies, urinary tract and skin infections,
hormonal disturbances, and aches and pains in the joints and muscles.
Candida is able to release up to 79 toxins into the system, one of which is
called acetaldehyde which reacts with the neurotransmitter dopamine
----------------Cetaldehyde (toxin) and its effect on dopmine levels ~
http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=7632171&dopt=Citation
The toxic effect of acetaldehyde on brain oxidative capacity and dopamine
metabolism has been investigated in rat brains after a single
intraperitoneal injection of acetaldehyde (5 mmol/kg) and the results
compared with those from chronically ethanol fed rats. Acetaldehyde was
present in rat brain 120 hr after a single dose of acetaldehyde, confirming
that it is able to cross the blood-brain barrier. Brain catalase increased
significantly after acetaldehyde or chronic ethanol administration although
there were no other significant changes in the total brain activity of
superoxide dismutase, glutathione peroxidase or glutathione reductase.
Dopamine turnover was increased in both experimental groups. The acute dose
of acetaldehyde reduced the ability of the rats to relearn a computer visual
discrimination task.
I have to run. Please read these articles, your feedback can help me learn more!
Until tomorrow,
-=superman=-