Presentation Information
[9a-PB3-7]Relationship Between Flow Induced in Protein Solution by Low-Temperature Atmospheric-Pressure Plasma Jet and Protein Aggregation
〇(B)Takahiro Katsuyama1, Chanat Chiangjeng2, Hiromasa Yamada1 (1.NIT, Nagano Colleg, 2.Thammasat Univ.)
Keywords:
Atmospheric-Pressure Plasma Jet,Hemostasis,Schlieren
To elucidate the mechanism of serum protein aggregation in low-invasive hemostatic treatment using low-temperature atmospheric-pressure plasma, the relationship between plasma-induced flow and protein aggregation was investigated. BSA solutions with different pH values were treated by plasma, and the induced flow was observed using a Schlieren optical system. A comparison of flow patterns in solutions with different aggregate sizes revealed no significant differences in flow, but clear differences were observed in the aggregate formation process.