How Does Aromatherapy Work?
What is Aromatherapy?
Description of Some Essential
Oils for BeginnersEucalyptus
globulus, E. radiata and others.
History of Aromatherapy
Manuka (Leptospermum scoparium)
Essential Oils for Relaxation
Tea-Tree Oil ( Melaleuca
alternifolia)
Treatment
How Does Aromatherapy Work?
Studies with brain wave frequency has shown that smelling lavender increases
alpha waves in the back of the head, which are associated with relaxation.
Fragrance of Jasmine increases beta waves in the front of the head, which
are associated with a more alert state.
Scientific studies have also shown that essential oils contain chemical
components that can exert specific effects on the mind and body. Their
chemistry is complex, but generally includes alcohols, esters, ketones,
aldehydes, and terpenes. The effect of these chemical components are summarized
in the accompanying table.
Each essential oil contains as much as 100 chemical components,
which together exert a strong effect on the whole person. Depending on
which component is predominating in an oil, the oils act differently.
For example, some oils are relaxing, some soothes you down, some relieves
your pain, etc. Then there are oils such as lemon and lavender, which
adapt to what your body needs, and adapt to that situation. (These are
called "adaptogenic"). The mechanism in which these essential
oils act on us is not very well understood. What is understood is that
they affect our mind and emotions. They leave no harmful residues. They
enter into the body either by absorption or inhalation.
ssential oils stimulates the powerful sense of smell. It is known that odors we
smell have a significant impact on how we feel. In dealing with patients who
have lost the sense of smell, doctors have found that a life without fragrance
can lead to high incidence of psychiatric problems such as anxiety and
depression. We have the capability to distinguish 10,000 different smells. It is
believed that smells enter through cilia (the fine hairs lining the nose) to the
limbic system, the part of the brain that controls our moods, emotions, memory
and learning.
A fragrance company in Japan conducted studies to determine the effects
of smell on people. They have pumped different fragrances in an area where
a number of keyboard entry operators were stationed and monitored the
number of mistakes made as a function of the smell in the air. The results
were as follows:
When exposed to lavender oil fragrance (a relaxant), the keyboard typing
errors dropped 20 percent.
When exposed to jasmine (an uplifting fragrance), the errors dropped 33
percent
When exposed to lemon fragrance (a sharp, refreshing stimulant), the mistakes
fell by a whopping 54 percent!
| Name of the chemical component |
Properties of the chemical component |
Essential oils that contain the chemical |
| Aldehydes |
anti-inflammatory,calming, sedative and anti-viral. |
Characteristic lemon-like smell, such as lemon grass, lemon balm, citronella,
eucalyptus |
| Alcohols |
bactericidal (kills bacteria), stimulant, energizing, vitalizing, antiviral,
diuretic. Our pancreas produce 32 kinds of alcohol for use in human metabolism. |
Rose, petitgrain, rosewood, peppermint, myrtle, tea tree, sandalwood,
patchouli, and ginger |
| Phenols |
strongly bactericidal, tonic, stimulates immune system, invigorating,
warming. Can produce slight liver toxicity if taken high doses for extended
periods of time. Used in lip balms and cough drops. |
Clove, cinnamon, thyme, oregano, savory, cumin. |
| Cetone (Ketones) |
wound healing, mucolytic (eases the secretion of mucous), stimulates new
cell growth. used as a nail polish. |
Camphor, rosemary, sage, eucalyptus globulus and hyssop |
| Terpenes |
Very stimulating, potential skin irritants, anti-viral properties. |
Lemon, orange, bergamot, black pepper, pine oils, nut meg and angelica. |
| Sesquiterpenes |
anti-phlogistic (moves fluids), anti-inflammatory, sedative, anti-viral,
anti-carcinogenic, bacteriostatic and immune stimulant |
Blue chamomiles, immortelle, tansy, yarrow and tagetes. |
| Esters |
anti-fungal, sedative, calming, spasmolytic, fungicidal, anti-inflammatory. |
Roman chamomile, lavender, clary sage, petitgrain, bergamot. |
| Lactones (part of ester group) |
anti-inflammatory, mucolitic |
arnica, elecampane |
| Ethers |
harmonizing to the nervous system. antiseptic, stimulant, expectorant
(increases secretions), spasmolytic, and diuretic. |
Cinnamon, clove, anise, basil, tarragon, parsley, and sassafras.
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