The role of Escarofix in the management of various medical conditions
ESCAROFIX (Mechanism of action)
Escarofix relies on a powerful synergy between stabilized reactive oxygen and a complex of natural oils carefully selected for their therapeutic properties.
Reactive oxygen, thanks to its strong oxidizing power, acts directly on the lipid membranes of pathogens (bacteria, fungi), reducing the local microbial load and preventing infections.
At the same time, it improves tissue oxygenation by diffusing efficiently at the cellular level.
This oxygenation activates fibroblasts, stimulates collagen synthesis, promotes keratinocyte proliferation, and regenerates the extracellular matrix—all key processes for skin repair.
Furthermore, oxygen acts as a physiological mediator by inducing local vasodilation via the activation of endothelial cells.
This phenomenon increases blood flow, optimizes the supply of nutrients and immune cells, and promotes the release of essential growth factors such as:
• VEGF (vascular endothelial growth factor),
• TGF-β (transforming growth factor beta),
• PDGF (platelet-derived growth factor),
These factors regulate fundamental mechanisms such as angiogenesis, cell differentiation, and tissue remodeling.
Escarofix's natural oil complex—sweet almond, olive, grape seed, sesame, eucalyptus, and nutmeg—complements this action by maintaining a moist environment conducive to healing while protecting the wound edges from drying out.
• Sweet almond oil, rich in vitamin E and squalene, intensely nourishes the skin, promotes cell renewal, and reduces redness caused by pressure or friction, thanks to its fatty acids and phytosterols with anti-inflammatory effects.
• Olive oil, concentrated in olecanthal, acts as a natural anti-inflammatory comparable to ibuprofen, while creating an emollient barrier that limits water loss and oxidative stress.
• Eucalyptus oil, thanks to its eucalyptol (cineole), has a powerful antibacterial and anti-inflammatory action by inhibiting microbial growth and certain pro-inflammatory enzymes.
• Grape seed oil, rich in polyphenols and linoleic acid,
stimulates cell renewal and soothes irritations associated with
bedsores.
• Sesame oil, through its bioactive components (sesamole, beta-sitosterol, stigmasterol), improves skin hydration and regulates the local immune response.
• Nutmeg oil, containing eugenol, sabinene and myristicin, provides analgesic and antiseptic effects, disrupting the membranes of pathogens and relieving pain.
Thanks to this combination of actions—disinfection, stimulation of microcirculation, modulation of inflammation, cellular nutrition, and an environment conducive to regeneration—Escarofix enables rapid, clean, and lasting healing of pressure ulcers.
It also promotes the elimination of exudates, cellular and bacterial debris, while restoring tissue functionality.
bedsores
ESCAROFIX represents an essential tool in the management of pressure ulcers at all stages of their development, offering a multidimensional approach to promote healing and reduce the risk of complications.
Pressure ulcers, classified into four stages according to their severity, are the result of prolonged compression of skin tissue between a bony protrusion and a supporting surface.
In stage I, where the skin is intact but shows signs of persistent redness, ESCAROFIX works by providing continuous hydration to the skin thanks to its components such as almond oil, olive oil, sesame oil and grapeseed oil.
This hydration maintains the skin's flexibility and prevents damage caused by friction and pressure.
In stage II, where there is loss of the epidermis and superficial dermis, Escarofix creates an optimal moist environment for healing.
The moisturizing components of Escarofix promote cell regeneration and the formation of new skin tissue, thus accelerating the healing process.
In stage III, where the lesion extends to the subcutaneous layer, Escarofix intervenes to reduce the risk of infection by decreasing the bacterial load.
Certains composants d'Escarofix, comme l'huile d'eucalyptus et l’huile de noix de muscade, ont des propriétés antibactériennes naturelles qui aident à inhiber la croissance des micro-organismes pathogènes dans la plaie.
Finally, in stage IV, where the lesion reaches deep tissues and may involve muscles and bone structures, Escarofix facilitates the debridement of necrotic tissues thanks to the action of reactive oxygen.
This allows for efficient removal of debris and promotes the regeneration of healthy tissue, helping to close the wound and prevent complications.
By combining these mechanisms, Escarofix offers a comprehensive and synergistic approach to the management of pressure ulcers at all stages of their development, promoting effective healing, reducing the risk of infection and improving patient comfort and quality of life.
Chronic and surgical wounds:
Persistent healing problems observed in chronic and surgical wounds are often attributable to disturbances in the debridement process during the inflammatory phase of healing.
Failure to effectively complete this critical phase may compromise the quality of subsequent tissue regeneration, leading to delayed or failed wound healing.
These disturbances may be due to various factors, such as the presence of bacterial biofilms, a dysfunctional inflammatory response or insufficient local oxygenation, which hinder the degradation of necrotic tissues and the adequate preparation of the wound bed for subsequent tissue reconstruction.
Therefore, appropriate management of debridement during the inflammatory phase is of paramount importance in promoting effective healing of chronic and surgical wounds.
To address these challenges, Escarofix plays a crucial role in the debridement stage of the wound healing process through its complex and synergistic formulation.
The key component of this formulation is reactive oxygen, which works by promoting the oxidation of necrotic tissue and cellular debris present in the wound.
This action allows for effective disintegration of these elements, thus facilitating their detachment from the wound surface.
At the same time, the vegetable oils present in Escarofix, such as almond oil, olive oil, eucalyptus oil, sesame oil, grapeseed oil and nutmeg oil, work in several ways to complement the action of reactive oxygen.
These plant oils provide essential hydration to the surrounding tissues, preventing the formation of dry crusts that could hinder the cleansing process.
Additionally, they soften and revitalize the skin, facilitating the detachment of debris and promoting optimal healing.
Significantly, Escarofix also reduces bacterial load thanks to its natural antibacterial properties, helping to create an environment conducive to healing.
The two-step application of Escarofix, with a specific interval between each bottle, allows for a progressive and complementary action, thus maximizing the benefits of each ingredient for effective cleansing and successful wound healing.
Diabetic foot:
In the context of diabetic foot, impaired tissue oxygenation and alterations in vascularization and blood circulation represent major factors contributing to the pathogenesis and progression of lesions.
Vascular complications, such as atherosclerosis and microangiopathy, induced by diabetes impede the adequate delivery of oxygen and nutrients to peripheral tissues, thus compromising their regenerative and healing capacity.
At the same time, chronic hyperglycemia worsens vascular and neurological dysfunction, increasing the risk of delayed wound healing and severe infections, including the risk of amputation.
From this perspective, Escarofix proves to be a valuable tool in the management of diabetic foot wounds.
Its formulation, particularly enriched with reactive oxygen, promotes increased oxygenation of tissues, essential in a context of altered circulation.
Reactive oxygen stimulates tissue regeneration by breaking down necrotic tissue and promoting cell growth.
At the same time, the moisturizing properties of the plant oils present in Escarofix, such as almond oil and olive oil, preserve skin integrity and soothe adjacent tissues, promoting optimal healing.
In addition, the natural antibacterial properties of Escarofix limit the risk of infection, which is particularly crucial in diabetic patients prone to infectious complications.
Thus, by integrating these mechanisms, Escarofix offers a comprehensive and effective approach to the healing of diabetic foot wounds in the early stages, reducing the risk of subsequent complications and promoting optimal recovery.
Ulcers:
Ulcers, characterized by open skin or mucosal lesions that heal slowly or not at all, represent a major challenge in health care.
These chronic wounds can result from various conditions such as injuries, poor blood circulation, or complications of underlying diseases such as diabetes.
Ulcer healing is often hampered by a number of factors, including the presence of necrotic tissue, poor tissue oxygenation, and an increased risk of infection.
To overcome these obstacles, Escarofix emerges as a promising solution.
Thanks to its innovative formulation, Escarofix effectively addresses these challenges.
By combining reactive oxygen, which promotes increased tissue oxygenation, with plant oils with moisturizing and antibacterial properties, such as almond oil, olive oil, eucalyptus oil, sesame oil, grapeseed oil and nutmeg oil, Escarofix offers a comprehensive approach to ulcer healing.
Reactive oxygen stimulates cell regeneration and breaks down necrotic tissue, while plant oils maintain skin hydration and prevent infection, creating an environment conducive to healing.
It is common to observe, in some cases when using Escarofix, that budding occurs faster than healing. This situation is completely normal and can be attributed to various factors.
First, tissue healing is a complex and time-consuming process, involving steps such as collagen synthesis and tissue maturation, which may require longer than the initial budding.
Additionally, external elements such as infections, medical comorbidities, and nutritional deficiencies can interfere with the healing process, delaying cellular reconciliation and wound closure.
With this synergistic combination of ingredients, Escarofix offers an effective and comprehensive solution for ulcer healing, improving the quality of care for patients facing these debilitating conditions.
Vasculitis:
Vasculitis, an inflammation of the blood vessels, often poses a major challenge in terms of healing due to its impact on blood circulation and the health of surrounding tissues.
Vascular damage resulting from vasculitis can be painful, cause redness and swelling, and compromise normal tissue regeneration.
Faced with this challenge, Escarofix presents itself as a promising solution thanks to its mechanism of action and its specific formulation.
Combining reactive oxygen and carefully selected plant oils such as almond oil, olive oil, eucalyptus oil, sesame oil, grapeseed oil and nutmeg oil, Escarofix works in several ways to promote the healing of vascular lesions associated with vasculitis.
Reactive oxygen provides increased tissue oxygenation, thereby stimulating cell regeneration and promoting the breakdown of necrotic tissue.
At the same time, plant oils moisturize and protect the skin, helping to maintain its integrity and prevent infections.
Additionally, these oils have anti-inflammatory and soothing properties, thus reducing the symptoms associated with vasculitis and promoting an optimal healing process.
By combining these mechanisms, Escarofix offers a comprehensive and effective approach to the management of inflammatory vascular lesions, providing patients with a better quality of life and improved healing outcomes.
The role of Escarofix in the treatment of leishmaniasis:
Application of the first bottle containing reactive oxygen, almond oil, olive oil, and eucalyptus oil promotes increased skin oxygenation; oxygen plays a crucial role in the fight against Leishmania, the parasite responsible for leishmaniasis.
When a macrophage phagocytizes this parasite, it activates the enzyme NADPH oxidase which produces reactive oxygen species (ROS) such as hydrogen peroxide and superoxide anion.
These ROS are toxic to the parasite, causing damage to its cell membranes, proteins and nucleic acids, and thus inducing its destruction.
Moreover, oxidative stress generated by ROS disrupts essential cellular functions of Leishmania, inhibiting its growth and leading to its death.
Eucalyptus oil, rich in active compounds such as eucalyptol (1,8-cineole), has antiparasitic properties and may enhance this effect.
It helps boost ROS production and enhances the inflammatory response by attracting more immune cells to the site of infection.
Thus, eucalyptus oil may potentiate the effectiveness of oxygen as a supportive agent in the fight against Leishmania infection, contributing to a more integrated and effective approach to treatment.
In a second step, the application of the second bottle reinforces the action, by combining reactive oxygen again with beneficial oils such as grapeseed oil, sesame oil and nutmeg oil.
This synergistic combination supports the regeneration of damaged tissues, enhances tissue oxygenation and helps reduce inflammation and discomfort associated with leishmaniasis
Leishmaniasis:
The application of the first bottle containing reactive oxygen, almond oil, olive oil and eucalyptus oil promotes increased skin oxygenation, oxygen plays a crucial role in the fight against Leishmania, the parasite responsible for leishmaniasis.
When a macrophage phagocytizes this parasite, it activates the enzyme NADPH oxidase which produces reactive oxygen species (ROS) such as hydrogen peroxide and superoxide anion.
These ROS are toxic to the parasite, causing damage to its cell membranes, proteins and nucleic acids, and thus inducing its destruction.
Moreover, oxidative stress generated by ROS disrupts essential cellular functions of Leishmania, inhibiting its growth and leading to its death.
Eucalyptus oil, rich in active compounds such as eucalyptol (1,8-cineole), has antiparasitic properties and may enhance this effect.
It helps boost ROS production and enhances the inflammatory response by attracting more immune cells to the site of infection.
Thus, eucalyptus oil may potentiate the effectiveness of oxygen as a supportive agent in the fight against Leishmania infection, contributing to a more integrated and effective approach to treatment.
In a second step, the application of the second bottle reinforces the action, by combining reactive oxygen again with beneficial oils such as grapeseed oil, sesame oil and nutmeg oil.
This synergistic combination supports the regeneration of damaged tissues, enhances tissue oxygenation and helps reduce inflammation and discomfort associated with leishmaniasis
