ATP Distributor Book

4. Maturation or Remodeling Phase: Plays a crucial role in the ECM's remodeling, ensuring a resilient and robust final structure, akin to a sculptor refining a piece of art. The Value of Transdermal Penetration Just as a plant's health relies on its roots' ability to absorb nutrients, the effectiveness of a wound care solution depends on its transdermal penetration. OxyVet® boasts superior penetration, delivering healing components deep within the wound bed, nourishing it in a manner reminiscent of how roots sustain a plant. This is the first of its kind solution to wound care management and is highly revolutionary. How OxyVet® Works: An Expanded Overview Guiding Function: OxyVet® encourages collagen fibers to act as guides for fibroblasts, facilitating their migration along the connective tissue matrix. This guiding function is pivotal, akin to a trellis supporting a vine's growth, directing the fibroblasts to areas where healing is most needed. Chemotactic Properties: The large surface area of collagen fibers in OxyVet® acts as a magnet for fibrogenic cells, attracting them to the wound site. This chemotactic property ensures a concentrated healing response, much like bees are drawn to flowers, enhancing the healing process. Nucleation: OxyVet® acts as a nucleating agent in the presence of specific neutral salt molecules, inducing the formation of fibrillar structures. This process not only guides new collagen deposition but also capillary growth, laying down the foundation for new tissue, similar to the way raindrops gather and channel into streams, fostering new growth. Hemostatic Properties: Blood platelets interact with local collagen to form a hemostatic plug, effectively halting bleeding. This process is crucial for the initial phase of wound healing, serving as the body's natural emergency response, akin to emergency responders sealing off an area to prevent further damage. OxyVet® vs. Saline Solutions While normal saline has been a traditional choice for wound washing, OxyVet® surpasses it significantly, both in terms of antimicrobial efficacy and wound healing outcomes. Normal saline (0.9%) is favored for its isotonic nature, non-toxicity to tissues,