. Controls Cravings . Boosts Energy . Controls
Appetite
. Alleviates Stress . Improves Sleep . Stabilizes
Mood
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Do you suffer
from: |
| |
. Low Moods
. Fatigue
. Fibromyalgia
.
Anxiety
. Headaches
. PMS
. Decreased
Libido
|
. Strong Cravings
. Addictions
. Eating
Disorders
. Pain
. Sleep Difficulties
. Anger
Disorders
. Poor Concentration |
|
|
Could Neurotransmitter Deficiency be the
cause? |
What are
Neurotransmitters?
Neurotransmitters are small messenger molecules
that are produced in brain cells (neurons). Neurotransmitters are
responsible for our mood, energy, appetite, cravings, sleep and pain
control.
The first neurotransmitter was discovered in 1921 by
Austrian scientist, Otto Loewi. Over the past twenty years, more
than one hundred neurotransmitters have been identified.
|
The neurotransmitters best understood
include:
|
Catecholamines: Dopamine,
Norepinephrine, Epinephrine
Motivating, Energizing,
Appetite Controlling |
|
Serotonin
Calming, Craving Controlling,
Satisfying, Sleep Promoting |
|
Glutamine
Carbohydrate Controlling
|
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Endorphins
Pain Relieving, Mood
Elevating |
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Gamma-aminobutyric acid (GABA)
Relaxing | |
A balance of neurotransmitters is necessary for
maintaining optimal mental and physical health. Neurotransmitters
are made in neurons from dietary nutrients such as proteins,
vitamins and minerals.
About two
thirds of our brain is made of fat (lipids). Lipids are incorporated into
the brain cell walls. This promotes cell membrane flexibility and
strength.
Fats are also critical for proper electrical
transmission of brain signals.
Many lipids can be directly made in
the body. But two
lipids can come only from
dietary sources. These
are called essential fatty acids (EFA). They are
alpha-linoleic acid (ALA) and linoleic acid (LA). The cell membranes of neurons are made
from chains of ALA and LA.
Alpha-linoleic acid
(ALA) belongs to the
"omega-3"
family of fatty acids.
The original omega-3 lipids originated in the sea. Main food sources of omega-3
ALA include flax seeds, walnuts, sea plants and green leafy
vegetables.
Linoleic acid (LA) belongs to the
"omega-6" family of
fatty acids. LA is
found in the oils of seeds and nuts. Main food sources of omega 6
LA include expeller cold-pressed sunflower, safflower, corn and
sesame oils.
The most abundant fat in the brain
is the omega-3 DHA
(docosahexaeonic acid).
Good dietary sources of DHA come
from high-fat, cold water fish like salmon, sardines, mackerel and
trout. DHA made from
microalgae is also available in supplement capsules -
and is critical for
proper brain development and function.
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The Omega-6:Omega-3 Ratio: A Tricky
Balance
A balanced 1:1 ratio of omega-6
to omega-3 fatty acids is
necessary for healthy brain development and function. Unfortunately, Western diets
have a preponderance of omega-6 fats (from meat and dairy) in a
ratio of 20:1 or higher.
This imbalance can lead to a variety of disorders, including
hyperactivity, depression, schizophrenia and other mental
disorders.
Infants deprived of adequate dietary
fats or given improper fat ratios during development have smaller
brains and lower I.Q. scores.
Correction of this ratio imbalance
is encouraged by eating more omega-3-rich fish and flax seed oil and
less omega-6 foods. Avoidance of all trans fatty
acids found in partially-hydrogenated oils, margarine and
shortenings is also recommended.
Nutrition experts agree that, as
a minimum, at least 7% of daily
calories should come from dietary fats. Weight-loss diets containing
20-30% percent of calories from dietary fat (27-60 grams of fat
daily for women and 33-73 grams for most men) is the most recent
recommendation made by health experts.
Individuals who crave fried or rich,
buttery foods, have dry skin, hair, and eyes, or chronic
constipation often have deficiencies of omega-3 fatty acids. Omega-3 replacement by
dietary means or supplements often eliminates these
symptoms.
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How Do Neurotransmitters Work?
Brain cells
(neurons) communicate with each other by
releasing
neurotransmitters from their branch-like
endings.
-
After being electrically stimulated, the released
neurotransmitter molecules drift out into a space between neurons
(synaptic space).
-
They attach onto adjacent brain cells at special
sites called receptors.
-
Occupied receptors electrically activate the
receiving neuron. The electrical current passes through the
receiving cell causing the release of its
neurotransmitters.
This electro-chemical chain of events continues on to
the next brain cell. Information is broadcast quickly throughout the
brain and the rest of the body by this unique messaging
system.
When sufficient amounts of neurotransmitters are
not available to dock on the receptors, the resulting brain signal
is weak. Signs and symptoms of neurotransmitter deficiencies then
occur.
CraniYums
strengthen the brain signals by helping the neurons produce more
neurotransmitters for release.
What Causes Neurotransmitter Deficiencies?
Neurotransmitter levels decline because
of:
-
Prolonged Emotional or Physical Stress - The
body depends on neurotransmitters to help deal with stressful
experiences. As stress continues, their supplies become
depleted.
-
Aging - Past
age forty, 60% of adults have developed neurotransmitter
deficiencies. Aging cells make less amounts of neurotransmitters.
The cells' receptors also respond less effectively to
them.
- Restrictive Dieting -
Neurotransmitters are made from nutrients found in food. Prolonged
weight loss or unhealthy eating habits limit the amounts of basic
building blocks available for neurotransmitter
synthesis.
-
Abnormal Sleep - Poor sleep habits interfere
with critical neurotransmitter - hormone
cycles.
-
Certain Medications - Long-term use of
antidepressants, stimulants and appetite suppressants can deplete
neurotransmitters.
-
Neurotoxins - Heavy metal toxicity, chemical
pesticides, and recreational drugs cause damage to the neuron and
decrease neurotransmitter production. Excess caffeine, nicotine
and alcohol are considered neurotoxins.
-
Hormone Imbalances - Hormones influence
neurotransmitter release and activity. If hormones are not
balanced, neurotransmitter function is compromised.
-
Genetic Predisposition - Some people are born
with a limited ability to produce enough neurotransmitters in
their brain cells. They often have had deficiency symptoms since
childhood.
Ways To Improve Neurotransmitter
Deficiencies
-
LIFESTYLE ADJUSTMENTS Many conditions can be
improved by making adjustments in diet, exercise, sleep, stress
reduction and hormone balance. Avoiding neurotoxins, such as
excess caffeine, nicotine and alcohol should also be
considered.
-
NEUROTRANSMITTER PRECURSOR SUPPORT is a
natural, safe nutritional method of increasing neurotransmitter
levels. Dietary supplements containing amino acids, co-factor
vitamins and minerals combine inside the neurons and form
neurotransmitters.
| CraniYums
are physician-formulated neurotransmitter precursor
supplements that promote the synthesis of neurotransmitters.
Laboratory studies show increased levels of neurotransmitters
within one hour of taking CraniYums.
* |
LONG TERM SUPPORT of neurotransmitters may
require 4-6 weeks of consistent use. The time required varies
between individuals. Those with significant depletions may take
longer.
Advantages of CraniYums Dissolving
Lozenges
-
Clinically proven to safely increase levels of
dopamine and serotonin at doses recommended.*
-
Patent-pending formulas developed by a medical
physician for her clinic patients.
-
USP and equivalent pharmaceutical grade products
guarantee purity, dose, and potency.
-
Direct, immediate delivery to the brain through the
oral membranes (sublingual) improves symptoms faster and at lower
doses than pill form supplements.
-
Dissolvable route bypasses digestion, eliminating
time constraints around meals.
-
Sublingual absorption minimizes stomach and
intestinal upset commonly experienced with capsule or tablet
forms.
-
Delicious tasting lozenges do not affect blood sugar
levels and are safe for diabetics. Does not promote dental decay.
|
*These statements have not been evaluated by the Food
and Drug Administration. This product is not intended to
diagnose, treat, cure, or prevent any
disease. |
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