We all face it in our daily practice: the non-healing wound, the persistent infection, the recurrent oral pathology. At the heart of these challenges often lies a formidable, microscopic adversary: the microbial biofilm. For decades our primary topical weapons have been chlorhexidine (CHX) and povidone-iodine (PVP-I). They are effective biocides, yet they operate within a
Ozonated Olive Oil for Wound Healing and Recovery
Ozone (O3) is a highly reactive, unstable gas molecule formed from oxygen (O2) through an electrical discharge. Due to its short half-life in gas form, it cannot be stored. To enable therapeutic application, ozone is bubbled through a base oil, primarily olive oil but other oils can be used, to create ozonated oils. This process
Ozone (O3) is a highly reactive, unstable gas molecule formed from oxygen (O2) through an electrical discharge. Due to its short half-life in gas form, it cannot be stored. To enable therapeutic application, ozone is bubbled through a base oil, primarily olive oil but other oils can be used, to create ozonated oils. This process
Ozonated Oil: A Science Backed Solution for Chronic Wounds and Skin Care
Ozonated oil offers a scientific research backed alternative to traditional wound care, particularly for chronic or infection-prone wounds, cuts, abrasions, deep abrasions, post-surgical and severe wounds, pressure sores (bedsores) and severe burns. It is very effective with many types of wounds and skin conditions due to its potent antimicrobial, anti-inflammatory and regenerative properties. It has
Ozonated oil offers a scientific research backed alternative to traditional wound care, particularly for chronic or infection-prone wounds, cuts, abrasions, deep abrasions, post-surgical and severe wounds, pressure sores (bedsores) and severe burns. It is very effective with many types of wounds and skin conditions due to its potent antimicrobial, anti-inflammatory and regenerative properties. It has