protein in cow's milk called beta-casmorphin. It is a morphine clone.
Children who are autistic and or schizophrenic do NOT digest this protein well if at all.
This protein is carried to 22 locations in the brain and acts similar to morphine. Not good. You need to google for the autism vs glyconutrients thing. I KNOW there is something there for you.
I do know that the Pavlovian society in Europe saw remarkable improvements in a small group of schoolchildren who were given glyconutrients daily. They help to complete malformed and incompletely formed glycoproteins that sit on our cell walls and are responsible for ALL CELLULAR messaging in the body.
Why I mentioned the Beta-Casmorphin thing.
http://www.health.ufl.edu/post/post0399/post03_19/1.htmlMarch 19, 1999
Researchers cite possible link between autism, schizophrenia and diet
By Melanie Fridl Ross
Findings from two novel animal studies indicate autism and schizophrenia
may
be linked to an individual's inability to properly break down a protein
found
in milk, UF researchers report in this month's issue of the journal Autism.
The digestive problem might actually lead to the disorders' symptoms, whose
basis has long been debated, said UF physiologist J. Robert Cade, M.D.,
cautioning that further research must take place before scientists have a
definitive answer. When not broken down, the milk protein produces
exorphins,
morphine-like compounds that are then taken up by areas of the brain known
to
be involved in autism and schizophrenia, where they cause cells to
dysfunction.
The animal findings suggest an intestinal flaw is to blame, said Cade, whose
team also is putting the theory to the test in humans. Preliminary findings
from that study - which showed 95 percent of 81 autistic and schizophrenic
children studied had 100 times the normal levels of the milk protein in
their
blood and urine- have been presented at two international meetings in the
past year but have not yet been published.
When these children were put on a milk-free diet, at least eight out of 10
no
longer had symptoms of autism or schizophrenia, said Cade, a professor of
medicine and physiology at UF's College of Medicine and inventor of the
Gatorade sports drink. His research team includes research scientist
Zhongjie
Sun, M.D., and research associate R. Malcolm Privette, P.A.C.
"We now have proof positive that these proteins are getting into the blood
and proof positive they're getting into areas of the brain involved with the
symptoms of autism and schizophrenia," Cade said.
More than 500,000 Americans have some form of autism, according to the
Autism
Society of America. The developmental disability typically appears during
the
first three years of life and is characterized by problems interacting and
communicating with others. Many individuals exhibit repeated body movements
such as hand-flapping and may resist changes in routine.
Schizophrenia is noted for disturbances in thinking, emotional reaction and
behavior and is the most common form of psychotic illness. More than 2
million Americans suffer from it, according to the National Institute of
Mental Health. People with schizophrenia often hear voices not heard by
others, or believe others are reading their minds, controlling their
thoughts
or plotting to harm them. In addition, their speech and behavior can be so
disorganized that they may be incomprehensible to others.
In the UF studies, researchers injected rats with the protein
beta-casomorphin-7, one of the key constituents of milk and the part that
coagulates to make cheese. They then observed their behavior and later
examined brain tissue to see whether the substances accumulated there.
Beta-casomorphin-7 was taken up by 32 different areas of the brain, Cade
said, including sections responsible for vision, hearing and communication.
"This could explain several of the things one sees in autism and
schizophrenia, such as hallucinations," he said. "If part of the brain puts
out a false signal because of casomorphin, it could result in the person
seeing something that's not really there.
"There are a whole number of behaviors that the rat has after
beta-casomorphin-7 that are basically the same as one sees in the human with
autism or schizophrenia," Cade added.
Researchers suspect the process begins in the intestine, where the body
absorbs the protein when a person eats foods containing it.
You may want to read Brain Allergies if you can find it.