The brain has 100 billion specialized nerve cells
called neurons.. Each nerve cell communicates with
many others to form networks. Nerve cell
networks have special jobs. Some are involved
in thinking, learning and remembering. Others
help us see, hear and smell. Still others tell
our muscles when to move. In Alzheimer’s
disease, as in other types of dementia,
increasing numbers of brain cells deteriorate
Take the Brain
Tour to learn more about how the
brain works and how Alzheimer's disease
Symptoms of Alzheimer’s
There can be memory loss that disrupts
daily life. This common sign of Alzheimer's includes
forgetting important dates, events and recently
learned information over and over, and relying on
memory aids such as notes. Age related change is
sometimes forgetting names or appointments but
remembering them later.
There can be a mental decline and
difficulty thinking and understanding. This can be
confusion, delusion and disorientation. Forgetting the
right words to use calling a watch a hand-clock,
etc. Age related is sometimes forgetting the
Planning and problem solving
challenges. They can take a long time to complete
familiar tasks. There can be an inability to do simple
math or inability to recognize common things.
Behavior can change: A person can
become aggressive, or can be agitated, irritable,
meaningless repetition of words, personality changes,
lack of restraint, wandering off and getting lost.
Person can be angry, apathetic, general discontent,
lonely or have mood swings. They can become depressed,
have hallucinations or become paranoid.
The person can loss their appetite or
They can lose the ability to combine
muscle movement and can have jumbled speech.
The role of plaques and
Two abnormal structures called plaques and
tangles are believed to be damaging and
killing nerve cells. Plaques and tangles were
among the abnormalities that Dr. Alois
Alzheimer saw when he first named the disease,
although he called them different names.
Plaques build up
between nerve cells. They contain deposits
of a protein fragment called beta-amyloid
Tangles Tangles are
twisted fibers of another protein called
tau (rhymes with “wow”). Tangles form
inside dying cells.
Though most people develop some plaques and
tangles as they age, those with Alzheimer’s
tend to develop far more.
The plaques and tangles tend to form in a
predictable pattern, beginning in areas
important in learning and memory and then
spreading to other regions.
Scientists are not absolutely sure what
role plaques and tangles play in Alzheimer’s
disease. Most experts believe they somehow
block communication among nerve cells and
disrupt activities that cells need to survive.
Factors likely to cause Alzheimer's include
heavy metal poisoning, environmental
influences, genetics, hormone imbalances,
impaired blood flow, and nutritional
vegetable and fruit juices: particularly
vegetable juices since they have less
fructose. These juices have tons of
sugars & carbs:
Why would eating lots
of sweets and carbohydrates increase your risk
of dementia? Well, there are three
Sugar dramatically increases your metabolism,
and high rates of metabolism become a major
source of free radical production which damage
your cells and impair their function.)
High levels of sugar in your body cause the
sugar to react with various critical proteins,
including enzymes that repair DNA damage
caused by free radicals.
Continued high sugar consumption prevents your
cells from absorbing the sugar needed to
produce energy — a condition called insulin
resistance. Another recent study found a high
incidence of insulin resistance in those with
Alzheimer's dementia. The worst form of sugar
is high Fructose corn syrup.
such as B6, folic acid, and
that lower homocysteine
levels. It is thought that a high
homocysteine level in the brain causes
neuronal damage leading to progression of
eat an average of 180 mg or more a day of
a fatty acid found in fish
oils, have a lower incidence of
Alzheimer's disease and other types of dementia,
compared with people who consume less
according to epidemiologic data collected
in the Framingham Heart Study. Dietary
supplementation with omega-3 fatty acids
may protect cognitive function in patients
with mild, early stage AD.
sunlight in the morning and sleep pattern
Brain Cell Support Plus™ was designed by
Hyla Cass, MD, to support optimal brain health, mental focus and mood.
In addition to Acetyl-L-Carnitine (ALC) Brain Cell Support Plus contains Cognizin®, a potent brain-health nutrient providing acetylcholine, which is clinically shown to support mental energy, focus, attention and recall.*
Brain Cell Support Plus also provides Phosphatidylserine, DMAE and two well-supported brain-supporting botanicals – Ginkgo Biloba and Gotu Kola – to support healthy neurotransmitter production, circulation and mood.*
Additionally, Dr. Cass is now including two additional natural compounds– Huperzine A (from the Chinese club moss Huperzia serrata) and Vinpocetine (from the periwinkle plant) to aid in supporting memory and cerebral blood-flow.
We have used our best judgment in compiling this information. The Food and Drug Administration may not have evaluated the information presented. Any reference to a specific product is for your information only and is not intended to diagnose, treat, cure, or prevent any disease