Separate
Components are stored apart before application.
The NOxy platform
Nitric oxide, generated where care happens.
NOxy’s platform keeps its components separate until use, combines them as a topical foam, and generates nitric oxide at the application site.
Platform architecture
Separate. Combine. Generate.
The system stores its two reactive components separately. At use, they combine as a topical foam and generate nitric oxide at the application site.
Combine
The components meet to form a topical foam.
Generate
Nitric oxide is generated at the point of care.
Point-of-care generation
A foam designed to meet the wound surface.
The topical format is being developed to conform to the application area and generate nitric oxide locally. Exact dosing, concentration, and treatment parameters remain program-specific.
Conceptual visualization—not clinical proofContinuous mode of action
Nitric oxide across four wound-healing domains.
The 2024 review by Bell, Miller, and Sullivan describes nitric oxide across blood flow and signaling, inflammation and immune response, microbial burden, and tissue repair.
01
Blood flow and signaling
Nitric oxide is an established signaling molecule involved in vascular tone and local blood flow.
02
Inflammation and immune response
Published literature describes NO-dependent signaling across inflammatory and immune pathways.
03
Microbial burden and biofilm
Laboratory research evaluates NO-generating foam in antimicrobial and biofilm models.
04
Tissue repair and remodeling
The scientific framework examines cellular activity, matrix turnover, and repair processes.