Note: This page contains specialized information in dermatology and is intended for professionals in medicine, nursing, or related healthcare fields.
Blog.

The Use of Cold Atmospheric Plasma-Aerosol (CAP-A) in Medical Practice.

Explore information on research, clinical applications, and events.

10/2026

How Wound-Healing Disorders develop—and what Cold Plasma can do.

A minor skin injury usually heals through a clearly structured biological process. Hemostasis, the inflammatory response, the formation of new tissue and, finally, skin regeneration work together. But what happens when this natural process stalls? An initially limited injury can develop into a chronic wound. Several factors often play a part at the same time: increased microbial burden, persistent inflammation, impaired circulation, oxygen deficiency and metabolic disorders.

Schematic infographic: disturbed wound environment, application of Cold Atmospheric Plasma-Aerosol at the wound surface, and the effects under study.

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A three-part infographic titled “Cold Atmospheric Plasma-Aerosol (CAP-A) in equine dermatophytosis”. It shows a medical workflow in three chronological steps connected by arrows: diagnosis, therapy and outcome.
09/2026

PLASMO®VET and Cold Atmospheric Plasma-Aerosol. A Case Report on Equine Dermatophytosis in Context.

Fungal skin infections are among the most common infectious skin diseases in horses and other animals. They are contagious and can have considerable economic and hygienic consequences. This article explains dermatophytosis and Cold Atmospheric Plasma-Aerosol and places a single case report published in 2025 in its scientific context.
A man lies on a bed while his leg is treated with the PLASMOHEAL®PRO device.
07/2026

Cold Plasma Aerosol in Wound Care. Featured in ProVita.

The interdisciplinary trade journal for the healthcare sector.
Infographic titled “PLASMO®HEAL PRO – Use in practice”. On the left is a stylised vector graphic of the mobile cold plasma device. On the right, a three-step treatment concept is described: Step 1: Mechanical cleansing (e.g. with wound irrigation solution). Step 2: Application of PLASMO®HEAL PRO (duration: 3 minutes, approx. 5–10 cm distance). Step 3: Subsequent dressing (e.g. with wound pad & bandage).
07/2026

Cold Atmospheric Plasma-Aerosol in modern Wound Care. Integrating a new Treatment Step.

Modern wound care is developing increasingly towards standardised, biologically active treatment concepts that reduce the microbiological burden and specifically support regenerative processes. Cold plasma aerosol (Cold Atmospheric Plasma-Aerosol; CAP-A) plays a central role here. On the basis of current scientific findings, CAP-A is increasingly being discussed as an integral component of structured wound treatment workflows – in particular as an established second treatment step following initial wound cleansing. As a medical device, PLASMO®HEAL PRO is based on this new technology and is used for wounds, infection, inflammation and infection prophylaxis.
06/2026

Aerosols in Medicine. How the finest Particles deliver active Substances precisely where they are needed.

05/2026

Cold Plasma against multidrug-resistant Pathogens in everyday Wound Care. A physical approach.