Sensor enabled therapeutic wound and tissue monitor

A therapeutic device for wound monitoring, said device comprising:

• a gaseous reservoir having a periphery that is configured to adhere to a user's skin about a wound on the user's skin, the gaseous reservoir comprising:
• an external layer that is impermeable to gas and moisture;
• an internal layer having a periphery adhered to the external layer;
• a spacer layer disposed between the external layer and the internal layer, the spacer layer creating a space between the external and internal layers;
• an amount of gas contained within the space between the external layer and the internal layer;
• wherein at least a portion of the internal layer is semipermeable and configured to allow a portion of the amount of gas to diffuse from the gaseous reservoir toward the user's wound;
• a bendable, stretchable, film-based circuit board disposed below the internal layer, the circuit board comprising a processor, at least one wound monitoring sensor that detects or measures physical properties at or proximate the wound and communicates data to the processor, and a wireless transceiver;
• and
• a perforated inner wound layer disposed below the circuit board, the perforated inner wound layer comprising a plurality of openings configured to allow the at least one sensor to be in communication with the wound.

A therapeutic device for monitoring a wound, said device comprising:

• an outer layer that is impermeable to gas and moisture;
• an internal layer having a periphery adhered to an underside of the outer layer thereby creating a gaseous reservoir containing an amount of gas between the outer layer and the internal layer;
• a spacer layer disposed between the outer layer and the internal layer, the spacer layer having a thickness and configured to absorb fluid and wound exudate from a user's wound, whereby the thickness creates a space between the outer layer and the internal layer;
• a bendable, flexible and stretchable, film-based circuit board disposed on the internal layer on a surface away from the outer layer, the circuit board comprising a processor, at least one sensor, and a wireless transceiver;
• and
• a perforated inner wound layer coupled to the outer layer, the perforated inner wound layer comprising a plurality of openings and an adhesive periphery for providing a seal between the outer layer and the internal layer, and wherein the perforated inner wound layer further comprises an adhesive wound surface configured to adhere to a user's skin about a wound.