Essential Oils are Effective - The Blood-Brain Barrier
This is a great overview of how essential oils work!
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Most of the molecules of the substances used in chemotherapy are too large to pass
through the Blood-brain filter which is why doctors say that chemo doesn’t work on
brain cancer. Some of the molecules get through, but not the whole suite of drugs intended.
Young Oils Brain and Biochemistry:
THE BLOOD-BRAIN BARRIER
By David Stewart, Ph.D., R.A.
It was thought for years that the interstitial tissues of the brain served as a barrier
to keep damaging substances from reaching the neurons of the brain and the
cerebrospinal fluid. Instead of a barrier, it would be more accurate to consider it
as a sieve or filter through which only molecules of a certain size or smaller can
pass. Most of the molecules of the substances used in chemotherapy are too
large to pass through the blood-brain filter, which is why doctors say that
chemotherapy doesn't work on brain cancer. Some of the smaller molecules get
through, but not the whole suite of drugs intended. Doctors don't know for sure,
but it seems that in order to cross the blood-brain barrier, only molecules less
than 800-1000 atomic mass units (amu) in molecular weight can get through.
Lipid solubility seems to be another factor which facilitates passing through the
blood-brain barrier. Water soluble molecules don't usually penetrate into brain
tissue, even when very small. The molecules of essential oils are all not only
small, but lipid soluble as well.
In fact, when it comes to essential oils, small molecules (less than 500 amu) are
what they are made of. That is why they are aromatic. The only way for
something to be aromatic is for the molecules to be so small that they readily
leap into the air so they can enter our noses and be detected as odor and smell.
That is why oils for cooking or massage, such as corn, peanut, sesame seed,
safflower, walnut, almond, canola, olive and other oils pressed from seeds are
not aromatic. Sure, they have a smell, but you can't smell them across the room
in minutes as one can when you opens a bottle of peppermint, hyssop, or
cinnamon oil.
Essential oils of every species cross the blood-brain barrier. This makes them
uniquely able to address disease, not only from a physical level, but from a more
basic and fundamental level-that of the emotions which are often the root cause
of physical illness.
A QUICK COURSE IN CHEMISTRY
Because of the tiny molecular structure of the components of an essential oil,
they are extremely concentrated. One drop contains approximately 40 milliontrillion
molecules.
Numerically that is a 4 with 19 zeros after it:
40,000,000,000,000,000,000.
We have 100 trillion cells in our bodies, and that's a lot.
But one drop of essential oil contains enough molecules
to cover every cell in our bodies with 40,000 molecules.
Considering that it only takes one molecule
of the right kind to open a receptor site and communicate with the DNA to alter
cellular function, you can see why even inhaling a small amount of oil vapor can
have profound effects on the body, brain, and emotions. Sometimes too many oil
molecules overload the receptor sites, and they freeze up without responding at
all, when a smaller amount would have been just right.
This is why we say that when using oils, "sometimes less is better."
Sometimes more is better, too.
Knowing the difference is the art of aromatherapy.
Essential oils are mixtures of dozens, even hundreds, of constituents, all of which
are composed of carbon and hydrogen and sometimes oxygen. All essential oils
are principally composed of a class of organic compounds built of "isoprene
units."
An isoprene unit is a set of five connected carbon atoms with eight hydrogens
attached. Their molecular weight is only 68 amu, which is very small, indeed.
Molecules built of isoprene units are all classified as "terpenes." Terpenes are
what make essential oils unique in the world of natural substances.
PHENYLPROPANOIDS
Phenylpropanoids are compounds of carbon-ring molecules incorporating one
isoprene unit. They are also called hemiterpenes. There are dozens of varieties
of phenylpropanoids. They are found in Clove (90%), Cassia (80%), Basil (75%),
Cinnamon (73%), Oregano (60%), Anise (50%), Peppermint (25%). While they
can create conditions where unfriendly viruses and bacteria cannot live, the most
important function performed by phenylpropanoids is that they clean the receptor
sites on the cells. Without clean receptor sites, cells cannot communicate, and
the body malfunctions, resulting in sickness.
MONOTERPENES
Monoterpenes are compounds of two isoprene units, which is ten carbon atoms
and sixteen hydrogen atoms per molecule- molecular weight 136 amu. There are
an estimated 2,000 varieties of monoterpenes. Monoterpenes are found in most
essential oils: Galbanum (80%), Angelica (73%), Hyssop ((70%), Rose of Sharon
(54%), Peppermint (45%), Juniper (42%), Frankincense (40%), Spruce (38%),
Pine (30%), Cypress (28%), and Myrtle (25%).
While offering a variety of healing properties, the most important ability of the
monoterpenes is that they can reprogram miswritten information in the cellular
memory. With improper coding in the DNA, cells malfunction and diseases result,
including lethal ones such as cancer.
SESQUITERPENES
Sesquiterpenes are compounds of three isoprene units, which is fifteen carbons
and twenty-four hydrogens per molecule- molecular weight 204 amu. There are
more than 10,000 kinds of sesquiterpenes. Sesquiterpenes are the principal
constituents of Cedarwood (98%), Vetiver (97%), Spikenard (93%), Sandalwood
(Aloes) 90%, Black Pepper (74%), Patchouli (71%), Myrrh (62%), and Ginger
(59%). They are also found in Galbanum, Onycha, and Frankincense (8%).
Sesquiterpene molecules deliver oxygen molecules to cells, like hemoglobin
does in the blood. Sesquiterpenes can also erase or deprogram miswritten codes
in the DNA. Sesquiterpenes are thought to be especially effective in fighting
cancer because the root problem with a cancer cell is that it contains
misinformation, and sesquiterpenes can erase that garbled information.
At the same time the oxygen carried by sesquiterpene molecules creates an
environment where cancer cells can't reproduce. Hence, sesquiterpenes
deliver cancer cells a double punch-one that disables their coded misbehavior
and a second that stops their growth. The American Medical Association (AMA)
has said that if they could find an agent that would pass the blood-brain
barrier, they would be able to find cures for ailments such as Lou Gehrig's
disease, multiple sclerosis, Alzheimer's disease, and Parkinson's disease.
Such agents already exist and have been available since Biblical times.
The agents, of course, are essential oils-particularly those containing
the brain oxygenating molecules of sesquiterpenes.
THE TRIPLE WHAMMY
The big triple punch combination of "PMS" (Phenylpropanoids, Monoterpenes,
and Sesquiterpenes) found in essential oils is very powerful in addressing many
illnesses, injuries, and disease conditions.
That is because this combination offers the following:
First: you clean the receptor sites allowing the proper transfer of hormones,
peptides, neurotransmitters, steroids, and other intracellular messengers. (The
Phenylpropanoids do that.)
Second: you deprogram or erase the wrong information from cellular memory
stored in the DNA. (The Sesquiterpenes take care of that.)
Third: you reprogram the cells with the correct information so they
can function properly. (The Monoterpenes do this.) These three classes of
chemical components are why essential oils can sometimes affect a healing that
is nearly instant and also permanent. What they simply do is to restore the body
back to its natural state of balance and health. While a specific oil may have one
or two of these three classes of compounds as its predominant chemistry, all the
Biblical oils contain some of all of them. This is one secret to their amazing
healing abilities.
So there you have it in a nutshell: The way the blood-brain barrier works and the
biochemistry of one of the ways essential oils can help achieve a healing.
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