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This technology uses specially designed materials combined with tiny oxygen-releasing particles to create a healing environment for wounds that is rich in oxygen and antioxidants. The materials can be injected into the wound and form a firm structure when exposed to light, allowing for a steady release of oxygen for at least seven days. This helps improve blood flow and protects the wound area while speeding up healing, reducing scarring, and preventing inflammation, even in a high-glucose or diabetic milieu. It addresses common problems like low oxygen levels in hard-to-heal wounds, damage from harmful substances that slow recovery, and excessive scarring. This approach is useful for treating diabetic ulcers, helping surgical wounds heal, creating injectable materials for rebuilding tissues, treating burns, and caring for animal wounds.
