Atmospheric-Pressure Plasma Applications

Plasma-Activated Water: An Emerging Technology for the Control of Eggshell-Associated Biofilms

This study evaluates plasma-activated water's anti-biofilm efficacy against eggshell-associated bacteria, finding it effectively inactivates biofilms within 1 minute, though aged PAW shows reduced effectiveness.

Plasma Induced Afterglow Luminescence

This paper explores cold atmospheric plasma as a stimulus to generate long-lasting afterglow from organic matter for biomedical applications.

Blown-Arc plasma: A safe treatment with potential to boost wheat seed germination without phytotoxicity.

This study evaluates Blown-Arc plasma treatment on wheat seeds, finding it enhances germination speed without harming yield or grain quality.

Promotion of seed germination in Echinochloa crus-galli with atmospheric air plasma

This study shows air plasma promotes germination of Echinochloa crus-galli seeds after cold stratification, suggesting a potential weed control strategy.

Cold Atmospheric Plasma for Alzheimer's disease

This study shows that cold atmospheric plasma (CAP) modulates Alzheimer's disease progression in mice by enhancing neuroimmune signaling without causing harm in healthy mice.

The Effect of Plasma Activated Water on the Rhizosphere Composition of Arabidopsis and Solanum lycopersicum

This study evaluates the impact of plasma activated water (PAW) on the rhizosphere microbiomes of Arabidopsis and tomato, finding no adverse effects on microbial communities.

Enhancing Immune Cell Activation through Cold Atmospheric Plasma: Disruption of PD-1/PD-L1/PD-L2 Immune Checkpoints via Molecular Dynamics

This study uses molecular dynamics to show that cold atmospheric plasma oxidation weakens PD-1 ligand binding, suggesting a potential cancer immunotherapy strategy.

Iron-sulfur cluster proteins present the weak spot in plasma-treated Escherichia coli

This study identifies [FeS] cluster proteins as targets of plasma treatment in E. coli, showing that over-expression of detoxification enzymes enhances plasma resistance.

Neutral pH Plasma-Activated Water eliminates ESKAPE pathogens via reactive nitrogen species with dual potential for surface sanitation and wound cleansing

This study develops neutral pH plasma-activated water (hs-PAbW) that kills ESKAPE pathogens via reactive nitrogen species, showing effectiveness for surface sanitation and wound cleansing without acidic conditions.