What is cold plasma?
Definition, origin, and components of cold plasma, explained simply.
How is cold plasma generated? (Mechanism)
From gas particle to plasma – the physical generation process, step by step.
Effect on body & tissue
How cold plasma can act on germs, cells, and tissue.
Glossary
Short, easy-to-understand explanations of key terms.
Chronic & poorly healing wounds
Targeted plasma treatment to activate wound healing in treatment-resistant wounds.
Venous leg ulcer (ulcus cruris)
Stimulation of wound granulation and infection control in venous leg ulcers.
Diabetic foot
Promotes microcirculation and tissue regeneration in diabetic foot ulcers.
Pressure ulcer (decubitus)
Supports tissue repair and decontamination in pressure-related skin lesions.
Burns / burn injuries
Pain-relieving wound care and germ reduction for thermal injuries.
Post-surgical wound healing (post-op)
Prevention of post-operative infections and faster wound closure.
Applications at a glance
All conditions and research fields at a glance.
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Herpes labialis (cold sores)
Targeted cold plasma treatment to promote healing of chronic, treatment-resistant skin wounds.
Ingrown toenail
Promotes wound granulation and effective infection control in venous leg ulcers.
Applications at a glance
All conditions and research fields at a glance.
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State of research
A current overview of the research landscape on cold plasma.
Safety in application
Warning signs, possible side effects, and responsible use.
Studies & guidelines
Clinical studies and guideline recommendations on cold plasma, at a glance.
Publications
Selected scientific publications on cold plasma.
Cold plasma devices
Device types, operating principles, and intended use, explained clearly.