Micro-climate-managed skin care, including wound care

A method of caring for a particular region of the skin of a person by managing the micro-climate of the particular region of the skin, comprising the steps of:

• (a) applying to at least a portion of a particular region of the skin, at least a portion of a receptacle of a device, the receptacle including (1) an outlet port, (2) a permeable portion having a first permeable region and a second permeable region spaced from each other to at least partially define a space therebetween, the first permeable region and the second permeable region at least partially defining a chamber in the space between the first permeable region and the second permeable region that extends inward from the outlet port, (3) an impermeable portion, and (4) a sump disposed for receiving one end of a tube inserted through the outlet port and the space between the first permeable region and the second permeable region, with the chamber being shaped in the space between the first permeable region and the second permeable region to receive fluid drawn into the chamber through at least the first permeable region of the permeable portion of the receptacle;
• wherein fluid can be drawn into the chamber by a vacuum applied at the sump;
• wherein a wicking material is received over at least of the first permeable region of the permeable portion of the receptacle, and the receptacle is configured and dimensioned for locating at least some of the wicking material over at least a portion of the particular region of the skin, so that upon said location of the wicking material, when a vacuum is applied at the sump, at least a portion of the particular region of the skin is cooled by evaporative cooling when the particular region is moist;
• and wherein an impermeable layer covers at least a portion of the receptacle such that the chamber is positioned between at least a portion of the impermeable layer and the at least some of the permeable portion;
• and
• (b) causing at least a portion of the particular region of the skin to be cooled by evaporative cooling when the particular region is moist by applying a vacuum at the sump, wherein the device includes at least one vent to promote drawing of air into the chamber through permeable portion when the vacuum is applied, the at least one vent extending through at least the portion of the impermeable layer or being positioned proximate to the outlet port between the outlet port and the impermeable layer.

A method of caring for a particular region of the skin of a person by managing the micro-climate of the particular region of the skin, comprising the steps of:

• (a) applying to at least a portion of a particular region of the skin, a portion of a receptacle of a device, the receptacle including (1) an outlet port, (2) a permeable portion having a first permeable region and a second permeable region spaced from each other to at least partially define a space therebetween, the first permeable region and the second permeable region at least partially defining a chamber in the space between the first permeable region and the second permeable region that extends inward from the outlet port, (3) an impermeable portion, and (4) a sump disposed for receiving one end of a tube inserted through the outlet port and the space between the first permeable region and the second permeable region, with the chamber being shaped in the space between the first permeable region and the second permeable region to receive fluid drawn into the chamber through at least the first permeable region of the permeable portion of the receptacle;
• wherein fluid can be drawn into the chamber by a vacuum applied at the sump;
• wherein a wicking material is received over the first permeable region of the permeable portion of the receptacle, and the receptacle is configured and dimensioned for locating at least some of the wicking material on the first permeable region of the permeable portion over at least a portion of the particular region of the skin, so that upon said location of the wicking material, when the vacuum is applied at the sump, at least a portion of the particular region of the skin is cooled by evaporative cooling when the particular region is moist;
• and
• (b) causing at least a portion of the particular region of the skin to be cooled by evaporative cooling when the particular region is moist by applying the vacuum at the sump, wherein an impermeable layer covers a portion of the receptacle such that the chamber is positioned between at least a portion of the impermeable layer and the at least some of the permeable portion, the device including at least one vent to promote drawing of air into the chamber through permeable portion when the vacuum is applied, the at least one vent extending through at least the portion of the impermeable layer or being positioned proximate to the outlet port between the outlet port and the impermeable layer;
• wherein step (a) comprising the step of:
• (i) so applying said device that at least some of the wicking material is disposed within a skin fold, under the person's breasts, under the person's abdominal pannus, within the person's axillae, or over a portion of the person's groin area, wherein upon such application at least part of the wicking material and/or the permeable portion of the receptacle is exposed to air to in order to promote drawing of air from at least said portion of the particular region of the skin and to prevent a vacuum from occurring at a portion of the skin of said person adjacent where said wicking material is so located while said vacuum is applied.

A method of caring for a wound in a particular region of the skin of a person by managing the micro-climate of the particular region of the skin, comprising the steps of:

• (a) applying to a wound in a particular region of the skin, a portion of a receptacle of a device, the receptacle including (1) an outlet, (2) a permeable portion having a first permeable region and a second permeable region spaced from each other to at least partially define a space therebetween, the first permeable region and the second permeable region at least partially defining a chamber in the space between the first permeable region and the second permeable region that extends inward from the outlet port, (3) an impermeable portion, and (4) a sump disposed for receiving one end of a tube inserted through the outlet port and the space between the first permeable region and the second permeable region, with the chamber being shaped in the space between the first permeable region and the second permeable region to receive fluid drawn into the chamber through at least the first permeable region of the permeable portion of the receptacle;
• wherein fluid can be drawn into the chamber by a vacuum applied at the sump;
• wherein a wicking material is received over at least the first permeable region of the permeable portion of the receptacle, and the receptacle is configured and dimensioned for locating at least some of the wicking material on the first permeable region of the permeable portion over the wound in the particular region of the skin, so that upon said location of the wicking material, when a vacuum is applied at the sump, the wound in the particular region of the skin is cooled by evaporative cooling when the particular region is moist;
• and wherein an impermeable layer covers at least a portion of the receptacle such that the chamber is positioned between at least a portion of the impermeable layer and the at least some of the permeable portion;
• and
• (b) treating the wound in the particular region of the skin by the steps of:
• (i) irrigating the wound by inserting liquid into the chamber through an irrigation port in the receptacle and thence through the wicking material to the wound in the particular region of the skin;
• and
• (ii) applying a vacuum at the sump to cause the wound to be cooled by evaporative cooling when the wound is moist and to cause the wound to be debrided, the impermeable layer including at least one vent in the device that promotes drawing of air into the chamber through the permeable portion when the vacuum is applied, that least one vent extending through at least the portion of the impermeable layer or being positioned proximate to the outlet port between the outlet port and the impermeable layer.