Low-energy shock waves evoke intracellular Ca2+ increases independently of sonoporation
T Takahashi, K Nakagawa, S Tada, A Tsukamoto - Scientific Reports, 2019 - nature.com
Low-energy shock waves (LESWs) accelerate the healing of a broad range of tissue injuries,
including angiogenesis and bone fractures. In cells, LESW irradiations enhance gene …
including angiogenesis and bone fractures. In cells, LESW irradiations enhance gene …
[PDF][PDF] Formation of fine bubbles by plasma in water
T Sato, S Uehara, R Kumagai… - Int. J. Plasma …, 2019 - ijpest.securesite.jp
Plasma in water is capable of forming bubbles because streamer gas channels formed by
the discharge show the same process of cavitation bubble dynamics, such as growth, shrink …
the discharge show the same process of cavitation bubble dynamics, such as growth, shrink …
Development of a Cavitation Bubble Observation System and Application to Study Expansion Waves and Shock Waves
R Tachikawa, A Tsukamoto, Y Monden… - Advanced Biomedical …, 2015 - jstage.jst.go.jp
Minimally invasive therapies by applying cavitation bubbles, such as histotripsy and gene
transfer, have recently attracted attention. As a method to generate bubbles, the use of …
transfer, have recently attracted attention. As a method to generate bubbles, the use of …
Hydrodynamic, acoustic, and electrical characteristics of underwater spark discharges initiated by different mechanisms
Y Sun - 2018 - stax.strath.ac.uk
Underwater spark discharge is one of the most common methods to generate intense
acoustic impulses in water for different purposes in practical applications. As compared with …
acoustic impulses in water for different purposes in practical applications. As compared with …
Acoustic and Optical Characteristics of Cavitation Bubble Clouds Produced by Shock Wave Pulse
강관석 - 2018 - oldlib.jejunu.ac.kr
A shock pressure pulse used in an extracorporeal shock wave treatment has a large
negative pressure (<-5 MPa) which can produce cavitation. Cavitation is known to have …
negative pressure (<-5 MPa) which can produce cavitation. Cavitation is known to have …
パルスレーザ照射により誘起される水中膨張波の特性に関する研究
林隼生， 平原裕行， 姜東赫 - 流体工学部門講演会講演論文集2019, 2019 - jstage.jst.go.jp
抄録 In recent years, research on the use of underwater expansion waves in cell
engineering and medical applications has attracted attention. Expansion waves can be …
engineering and medical applications has attracted attention. Expansion waves can be …
124 水中圧力波により生成されたキャビテーション気泡およびマイクロジェットの挙動の解析
秋村隆仁， 南共哉， 中嶋智樹， 大谷清伸… - 東北支部総会・講演会 …, 2018 - jstage.jst.go.jp
Takahito AKIMURA, Department of Mechanical Systems Engineering, Tohoku University,
Japan Tomoya MINAMI, Department of Mechanical Systems Engineering, Tohoku …
Japan Tomoya MINAMI, Department of Mechanical Systems Engineering, Tohoku …
膨張波と気泡の干渉現象の観察
竹下海渡， 堂之下雄也， 金丸拓史， 住隆博… - 日本機械学会九州支部 …, 2017 - jstage.jst.go.jp
Kaito Takeshita, Takumi Kanemaru, Takahiro Sumi and Tokitada Hashimoto Graduate
School of Science and Engineering, Saga University Yuya Donoshita, Department of …
School of Science and Engineering, Saga University Yuya Donoshita, Department of …
膨張波照射による細胞内Ca2+ 上昇の検討
高橋徹， 塚本哲， 中川桂一， 多田茂 - 年次大会2016, 2016 - jstage.jst.go.jp
生体への衝撃波照射は, 血管新生や骨折治癒といった治療効果があることが知られている 1.
衝撃波により惹起された細胞の生理応答が関与している可能性があるが, その物理的なメカニズム …
衝撃波により惹起された細胞の生理応答が関与している可能性があるが, その物理的なメカニズム …