A long play piano instrumental compilation by Jen O'Sullivan of the classic hymns "It is Well", "Holy, Holy, Holy", and "I Surrender All"

"It is Well" by  Horatio Spafford 
"Holy, Holy, Holy" by Reginald Heber
"I Surrender All" music by Winfield S. Weeden

It Is Well Compilation

Piano Compilation by Jen O'Sullivan
Amazing Grace by John Newton
Just As I Am by Charlotte Elliott
As I Survey the Wondrous Cross by Isaac Watts
I Am Yours by Jen O'Sullivan

Amazing Grace Compilation

Piano music composed by Jen O'Sullivan and played by Jen O'Sullivan

I Am Yours 1994 By Jen OSullivan

How you communicate and the language you use can drastically influence your life either positively or negatively.

Upgrade Your Verbal Software

Learn the basics of essential oils. How to use them and why they are a great natural addition to your healthy lifestyle changes.

The Basics Of Essential Oils By Jen OSullivan

Why should you be really concerned about the quality of the essential oils you use? This will answer it for you!

Essential Oil Quality Standards By Jen OSullivan

Are you often baffled as to when where and how to use essential oils? Do you want to just be told what to do? Do you feel it is easier to simply use the same thing every single day? Learn how that may be exactly why your oils are not working for you.

Essential Oils and the Organic Approach By Jen OSullivan

Do you struggle with emotional outbursts? Do you go from high highs to super low lows really fast? Do you wish there was a real way to support your emotions in a way that will actually work? Check this podcast out!

Limbic System Imprinting With Essential Oils By Jen OSullivan

While it is important to understand that allergen like responses may happen with essential oil use, the fact of the matter is that it may not be that simple. You should be able to understand what type of response you are having after listening to this podcast.

Allergies And Essential Oils By Jen OSullivan

Frequency Generation Using Essential Oils 

Frequency is a very interesting idea that has become a big part of how we teach oils. While the science was sort of right, it is exciting because they are now understanding it in a way that makes more sense and is duplicatable. Haven’t you all be frustrated that there is a very short list of frequency readings for oils? That list is always the same and no one ever adds to it? I have always wondered why? Haven’t you? 

Frequency as we understood it went out of vogue in the 1970s. The reason is because sciences could not replicate frequencies. They found as they studied molecular frequency of various organic substances that it was totally dependent on temperature. Consider a bottle of Rose oil. It is considered to have the highest frequency at 320 MHz. What they got frustrated with was the inconsistency of those readings. The organic material is always dependent on temperature. If you take a bottle of Rose and measure the frequency in a cold lab vs. outside in warmer weather, the frequency is always different. There is no way to validate or confirm that frequency. A distributor many years ago did a home frequency test on Idaho Blue Spruce and measured it at 580 MHz. This was because it was measured in warmer temperatures. You can make any oil a higher frequency by raising the temp or you can lower it by lowering the temperature. 

Understanding now that measuring the frequency of the actual oil is not something you can replicate with any precise accuracy, let’s dive into what the science department at Young Living is working on, headed by Dr. Michael Buch our Chief Science Officer.

Phyto-molecules, or plant molecules, have the exact same structure, charge, and shape to fit into our human receptors. This is very interesting because it is not random. The precision and accuracy is absolutely incredible! 

You may have heard about receptors and receptor chemistry. The basics of receptor chemistry is that there are specific chemical messengers that bind to a specific receptor that cause a specific response. Not all messengers fit into all receptors. It is like a lock and key. A good example of this is your senses. When an aromatic messenger is near you, it will fit into the receptors that trigger your sense of smell. Those same messengers do not fit into your sight receptors. In essential oils there are several types of messenger molecules. Some are the aroma messengers, some are the sense of touch molecules (think about the cooling sensation of Peppermint), while others are a specific action molecule that fits into other receptors to help your body perform at its best. 

As Dr. Buch put it, “We are more impressed about the frequency generated in  the nervous system by your nerves after these molecules bind to specific receptors that were designed to receive them.” He went on to say, “It creates a frequency in your nervous system which is actually an electrical impulse. It is a precise frequency - the same every time!”

What he was taking about is that it is more important for us to study clinical frequency rather than molecular frequency. He wants to understand the frequency that is generated by your body, in your body, by the molecules of the oils.

If you would like to get started with Young Living, please shoot me an email at jen@jenosullivan.com or head over to YoungLiving.com and become a member using my distributor number: 946916 and I will reach out to you to help you personally on your wellness journey!

Frequency Generation Using Essential Oils

Myths About Alcohol And Sanitizers

Show Notes: 

WHO recommended recipes:
https://www.who.int/gpsc/5may/Guide_to_Local_Production.pdf

How is Isopropyl Alcohol Made?
Component of fossil fuel: propene (carbon and hydrogen (C3H6))
Isopropyl Alcohol is made from propene and water 
carbon and hydrogen (C3H6) plus hydrogen and oxygen (H20) to create isopropyl alcohol (C3H7OH).
https://sciencing.com/isopropyl-alcohol-made-5574730.html

Is Isopropyl alcohol a central nervous system depressor? 
Nausea. Irritability. Headaches. Poisoning through skin contact or inhalation. 

It is very hard to get poisoning from inhalation. You would need to be around a massive spill or be doing it on purpose through huffing to get high.

Consider hospitals. They use isopropyl alcohol to disinfect all surfaces plus to clean and disinfect their tools. Do you see doctors and nurses having toxicity to isopropyl alcohol? No!

The EWG rates Isopropyl alcohol  as a 2. 

https://www.ewg.org/skindeep/ingredients/703198-ISOPROPYL_ALCOHOL/


Additional sources:

http://www.ilo.org/dyn/icsc/showcard.display?p_version=2&p_card_id=0554


https://pubchem.ncbi.nlm.nih.gov/compound/Isopropyl-alcohol#section=Solubility


https://pubmed.ncbi.nlm.nih.gov/18593539/


https://www.drugrehab.com/addiction/alcohol/drinking-rubbing-alcohol/

https://www.cdc.gov/infectioncontrol/guidelines/disinfection/disinfection-methods/chemical.html


https://www.drugs.com/alcohol.html


Blending Fragrance with Vodka? 
“The alcohol in witch hazel is only sufficient to protect the witch hazel itself from some microbial growth. It will not effectively inhibit microbial growth in a spray or other product. In fact, it will provide food for microbes because it’s an herbal/botanical product/ingredient.” - Tisserand


https://tisserandinstitute.org/effective-use-alcohol-aromatic-blending/

Frequency Generation Using Essential Oils

Jen O'Sullivan

Related tracks