Contactless wound treatment barrier and method of contactless wound treatment

A method of applying a wound treatment composition, the method comprising steps of:

• obtaining a wound treatment composition carrier, wherein the wound treatment composition carrier is carrying the wound treatment composition in at least one of a solid state and a liquid state, wherein the wound treatment composition carrier has a property enabling carrying the wound treatment composition in at least one of a liquid and a solid state, converting the at least one of the solid state and the liquid state into a gaseous state using at least one of sublimation and evaporation, and emitting of the wound treatment composition in the gaseous state;
• inserting the wound treatment composition carrier within an interior volume defined by an interior surface of a barrier body, wherein the barrier body provides a gap between a facing surface of the wound treatment composition carrier and a patient's wound;
• positioning the barrier body over the patient's wound locating the wound treatment composition carrier proximate to the patient's wound while remaining contactless to the patient's wound;
• treating the patient's wound by exposing the patient's wound to the wound treatment composition in the gaseous state over a period of time while preventing contact between the patient's wound and the at least one of the solid state and the liquid state of the wound treatment composition,
• wherein the wound treatment composition is at least one of iodine, elemental iodine, and an iodine releasing compound,
• wherein the at least one of sublimation and evaporation occurs in an ambient temperature environment.

A method of applying a wound treatment composition, the method comprising steps of:

• obtaining a wound treatment composition carrier, wherein the wound treatment composition carrier is carrying the wound treatment composition in at least one of a solid state and a liquid state, wherein the wound treatment composition carrier has a property enabling emitting of the wound treatment composition in a gaseous state;
• inserting the wound treatment composition carrier within an interior volume defined by an interior surface of a barrier body, the barrier body including a contacting surface extending circumferentially about a perimeter of the interior volume of the barrier body, the barrier body providing an air pervious contactless gap between a facing surface of the wound treatment composition carrier and a patient's wound;
• positioning the barrier body over the patient's wound locating the wound treatment composition carrier proximate to the patient's wound while the wound treatment composition carrier remains contactless to the patient's wound;
• converting the at least one of the solid state and the liquid state into the gaseous state using at least one of sublimation and evaporation;
• treating the patient's wound by exposing the patient's wound to the wound treatment composition in the gaseous state over a period of time while preventing contact between the patient's wound and the at least one of the solid state and the liquid state of the wound treatment composition,
• wherein the wound treatment composition is at least one of iodine, elemental iodine, and an iodine releasing compound,
• wherein the at least one of sublimation and evaporation occurs in an ambient temperature environment.