067-Ozone Horses Ozone Oil is the new must have in every locker as a first aid for all damaged tissues. It is a key product in the parapharamacy of horse well-being, enabling you to react quickly in the event of an injury or skin reaction.
This oil is composed of 30% ozonated oil and 70% sweet almond oil. The ozonated oil preparation is ideal for the topical use of ozone in the maintenance and regeneration of the skin. The difference between this 30% ozonised oil and the saturated ozonised oil lies in the intensity of the effect.
The 0-6-7 ozone oil, 30% can be used as an accompanying treatment or as a preventative measure, it is suitable for moulting, superficial wounds, skin irritations, sweet itch, etc.
Massage a few drops directly onto the affected areas and up to 2 cm around the area.
As a preventive measure for hoof care: massage a few drops of the oil into the cornea about twice a week to ensure sound growth. The periphery is an area to pay attention to, as this is where the keratinocytes and fibroblasts from which the hoof tissue is formed are created. The effect of ozone prevents the possible penetration of pathogens and strengthens cell growth.
Ingredients: Prunus Amygdalus Dulcis oil, Helianthus annuus seed oil, Tocopherol, Ascrobyl palmitate.
(Click here for 067 Ozonised oil, saturated - which is suitable for use on mucous membranes, in the ears, on open wounds and for all recurring fungal or bacterial infections)
Some facts about "ozone" as an alternative remedy
Ozone (O3) is a molecule consisting of 3 oxygen atoms. "Ozone" comes from the ancient Greek ὄζειν ozein "to smell", ὄζον ozon: literally "that which smells" - we know the characteristic smell of ozone from the characteristic odour after a summer thunderstorm.
Ozone is the high-energy form of oxygen (O2). While oxygen consists of only two oxygen atoms, the ozone molecule has a third atom. As a result, it is extremely willing to bond and reacts with numerous substances. O3 triggers oxidation, i.e. the combination of oxygen atoms with other molecules. Because of its reactivity and instability, O3 can inactivate micro-organisms, stimulate oxygen metabolism in tissues, oxidise certain pro-inflammatory mediators and release growth factors in platelets. By binding to harmful substances, it neutralises them and breaks them down into harmless substances. Formaldehyde, for example, is broken down by O3 into water, carbon dioxide and oxygen.
Through a process called "ozonisation", ozone can be incorporated into the structure of the oil. The reaction of a fatty acid with ozone produces new, reactive compounds such as ozonides, peroxides and aldehydes. When used externally by application, these compounds can penetrate into deeper layers of the skin and release the oxygen (O2) they contain directly to the damaged tissue over several hours. In this way, the tissue is supplied with more oxygen and germs and viruses can be partially reduced.
The ozonisation of oils also produces the acids caproic and pelargonic, whose antimicrobial (germicidal) and fungicidal effects have long been known.
The increased oxygen supply to the tissue and improved blood flow in the epidermis stimulate cell regeneration and wound healing. Scientific study on the use of ozonated oil for cell regeneration and wound healing.
Ozone oil has been proven to be effective against viruses, bacteria and parasites. The successful treatment of fungal infections with ozonised oil was investigated and confirmed in this scientific article.
Ozonised oil can be used internally and externally for many different applications. Only the absorption of the gas via the respiratory tract is harmful; this risk is not present with ozonised oil because the gas is bound in the oil.