Cold Plasma Market is expected to grow at a healthy CAGR of ~16% During 2021-2026

BRUSSELS - Sept. 28, 2022 - PRLog -- Gas dissociation by electricity, microwave radiation, or heat under ambient conditions can also be used to create plasmas artificially. Due to the low heat capacity of cold plasma, it finds application in bioengineering, medicine, and therapeutics.

The Cold Plasma Market is expected to witness a CAGR of ~16% from 2021 to 2026. Growing usage of cold plasma in wound healing, the increasing occurrence of cold plasma in cancer & infectious disease treatment, rising awareness regarding cold plasma in medical, electronics & electrical, textile & food industries, and increasing demand for environment-friendly cold plasma techniques are some of the key factors driving the global cold plasma market.

Rising Acceptance of Cold Atmospheric Plasma (CAP) Therapy in Wound Healing
One of the newest and most innovative techniques in the field of plasma medicine is called cold atmospheric plasma therapy. It contains of a mixture of reactive species that convey antimicrobial activity and affect human tissues. Due to its environment-friendly and non-invasive nature, this technique has been admired and encouraged to use in different therapeutic regimes like wound healing, tissue regeneration, and skin infection management. Atmospheric pressure cold plasmas could affect different stages of wound healing by helping to activate microorganisms in the first stage and stimulate skin-related cell proliferation and migration in the following period.

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Utilizing Cold Plasma in Oncology and Dentistry Boost the Cold Plasma Market Demand
Cold (non-thermal) plasma treatment can be used to stop or eliminate infections from bacteria, bacterial biofilms, fungi, and viruses. Prospects of cold plasma in dentistry and oncology look promising due to its anti-microbial properties and its cell death properties on cells. In dentistry, cold plasma showed promising results in tooth bleaching, deactivation of biofilms in teeth, instrument sterilization, and composite restoration. Promising findings obtained from in vivo and in vitro studies of cold plasma in oncology show that it will find its niche in the treatment of cancer patients in the future. However, more studies need to be performed regarding the mechanism of action.

"The market will be driven by the increasing use of innovative technology. For instance, the extensive uses of dielectric barrier discharge (DBD) and the non-equilibrium atmospheric pressure plasma jet (N-APPJ) plasma discharge methods have been very effective in various biomedical applications." - Chief Researcher, Cold Plasma Product Manufacturer, United States