What is Oregano Oil ?

Oreganol is an herbal product and nutritional supplement made from the essential oil of wild oregano. The active ingredient is carvacrol. Some studies have suggested that oregano products offer many health benefits. Oregano oil varies in quality, with the highest quality being referred to as Oreganol P73. The oil can be used as a topical application, or can be taken internally, usually as drops under the tongue. This sublingual method is what many find to be the most convenient.

Herbalists use Oreganol to treat a variety of ailments, including athlete’s foot, sunburn, respiratory problems and digestive disorders. A 2001 study at Georgetown University found that Oreganol effectively kills certain types of bacteria and fungi.

An Organic Product

Many responsible companies, such as North American Herb and Spice, offer Oreganol that is free from pesticides, herbicides, fertilizers and chemical solvents. Much of this is wild-crafted oregano oil, which is thought to offer superior health benefits and a unique chemical profile.

Antimicrobial Benefits

Oreganol contains thymol and carvacrol, which are two very potent antimicrobials. These two chemical components have been shown to effectively kill two strains of Staphylococcus bacteria. This was reported in the Journal of Medical Microbiology. Other research has shown Oreganol P73 to be effective against the yeast Candida Albicans. It can also kill the virus that causes the common cold, pneumonia and other respiratory infections.


Antioxidant Support

According to the American Cancer Society, oregano is one of the world’s most potent natural antioxidants. It has over 40 times more antioxidants than apples. It is thought that carvacrol may help protect against heart disease, cancer and other serious diseases.

A Natural Antibiotic

Oreganol is very effective in combating many strains of pathogenic bacteria, including the notorious superbug MRSA. According to a recent article in Medical News Today, Oreganol outperforms 18 conventional antibiotics in laboratory environments. To date, no human studies have been conducted, but it offers a possible alternative to pharmaceutical antibiotics.