The Chemistry of Essential Oils

Excerpts from “Essential Oils Desk Reference” – compiled by Essential Science Publishing and Dr. Gary Young ND:  Chapter 3 – The Chemistry of Essential Oils: Chapter 4 – How to Safely Use Essential Oils.

 

The Chemistry of Essential Oils

 

Unlike synthetic chemicals, essential oil chemicals are diverse in their effects.  No two oils are alike. 

 

·         Aldehydes – found in lavender and chamomile, are antimicrobial and calming. 

·         Eugenol – found in cinnamon and clove, is antiseptic and stimulating. 

·         Ketones – found in lavender, hyssop, and patchouli, stimulate cell regeneration and liquefy mucous. 

·         Phenols – found in oregano and thyme oil, are highly antimicrobial. 

·         Sesquiterpenes – predominant in vetiver, Cedarwood and sandalwood, are soothing to inflamed tissue and can also produce profound effects on emotions and hormonal balance.

 

The complex chemistry of essential oils makes them ideal for killing and preventing the spread of bacteria, since micro-organisms have a difficult time mutating in the presence of so many different antiseptic compounds.  At the March 2000 International Symposium in Grasse, France, Dr. Berangere Arnal-Schnebelen presented a paper showing the antibacterial properties of essential oils against several infectious agents.  Spanish oregano and cinnamon essential oils tested at above 95% efficiency against Candida albicans, E-coli, and a Streptococcus strain.  This is significant as we face life-threatening, drug-resistant viruses and bacteria.

 

The essential oils of ravensara, Melissa, oregano, mountain savory, clove, cumin, cistus, hyssop, and frankincense are highly anti-bacterial and contain immune supportive properties that have been documented by many researchers, such as Daniel Penoel, MD and Pierre Franchomme.  These oils are found in varying amounts in Young Living’s immune support and antimicrobial essential oil blends – eg ImmuPower, Thieves, Exodus II.

 

There are many ways to use essential oils.  The following recipes are a suggestion on how they can be used as a deodorant and disinfectant for your environment.

 

Deodorising:  Kitchens, Bathrooms, etc

 

The kitchen and bathroom are often a source of odours and bacteria.  Use the following mixtures to freshen, deodorise, and disinfect the air, work areas, cupboards, bathroom fixtures, sinks, tiles, woodwork, carpets, etc.  These blends are safe for the family and the environment.

 

Since essential oils separate easily from water, always shake well and keep on shaking the bottle as you use these mixtures.  They will deodorise and clean the air, instead of covering the odours.

 

Recipe #1

 

·         2 drops rosemary CT cineol

·         4 drops lemon

·         3 drops Eucalyptus globulus

·         4 drops lavender

·         1 cup water

 

Shake the mixture well and put it in a spray bottle.

 

Recipe #2

 

·         3-4 drops lavender

·         5-6 drops Purification

·         1 cup water

 

Shake the mixture well and put it in a spray bottle.

 

Recipe #3

·         Pine with chamomile, Tea Tree, lemongrass or clove

 

 

The effectiveness of aromatherapy is directly dependent on the quality of essential oils employed.

 

 

 

Young Living Essential Oils

 

Dedicated to restoring a healing message and knowledge to the people of the world, Young Living Essential Oils is committed to supplying the highest grade of essential oils.  To ensure purity and quality, Young Living raises, harvests, and distils many of their essential oils. 

 

Young Living’s oils are GRADE A (medicinal grade) oils and meet AFNOR standards.  Adulteration is such a major concern that every batch of essential oil that comes into Young Living must be tested by highly trained independent European laboratories which utilise AFNOR standards.  Batches that do not meet the standards are rejected and returned.

 

Founded by Dr. Gary young, N.D., Young Living Essential Oils are distributed through personal representatives.

 

Buy Young Living Essential Oils Here!

 

Distributor ID #1061949

 

Disclaimer:  The information provided here is for educational purposes only and is not intended as diagnosis, treatment, or prescription for any disease. The decision to use, or not to use, any of this information is the sole responsibility of the reader.