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Bacterial Inactivation of Wound Infection in a Human Skin Model by Liquid-Phase Discharge Plasma

机译：液相放电等离子体在人类皮肤模型中伤口感染的细菌失活

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Kim, Paul Y.; Kim, Yoon-Sun; Koo, Il Gyo; Jung, Jae Chul; Kim, Gon Jun; Choi, Myeong Yeol; Yu, Zengqi; Collins, George J.;
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年度 2011
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正文语种 {"code":"en","name":"English","id":9}
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1. Novel diagnostic approach in detecting skin infection: Identification of bacterial-specific volatile organic compounds in bacterial biofilms on human cutaneous wound models [J] . Ashrafi M., Novak-Frazer L., Bates M., The Journal of investigative dermatology. . 2017,第5期

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2. NOVEL FORMATION OF COMMON WOUND BACTERIAL BIOFILMS ON HUMAN INCISIONAL AND EXCISIONAL CUTANEOUS WOUND MODELS ENABLES IDENTIFICATION OF BACTERIAL-SPECIFIC VOLATILE ORGANIC COMPOUND PROFILES WITH CLINICAL TRANSLATABILITY IN WOUND INFECTION THERANOSTICS [J] . Ashrafi M., Novak-Frazer L., Bates M., Wound repair and regeneration: official publication of the Wound Healing Society [and] the European Tissue Repair Society . 2017,第4期

机译：人类切口和切除皮肤伤口模型上的常见伤口细菌生物膜的新型形成能够鉴定细菌特异性挥发性有机化合物谱，在伤口感染治疗中具有临床相位性
3. Bacterial infection and wound healing in an ex vivo human skin model [J] . Pages E., Pastore M., Rosselle L., The Journal of investigative dermatology. . 2019,第9Suppla2期

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4. Prevention of bloodstream infections by photodynamic inactivation of multi-resistant Pseudomonas aeruginosa in burn wounds [C] . M. C. E. Hashimoto, R. A. Prates, D.J. Toffoli, Mechanisms for low-light therapy V . 2010

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5. The Role of Nerve Growth Factor in Epidermal Wound Repair in A Human Skin ex vivo Model [D] . Mohd Nasir, Nur Azid. 2019

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6. Bacterial Inactivation of Wound Infection in a Human Skin Model by Liquid-Phase Discharge Plasma [O] . Paul Y. Kim, Yoon-Sun Kim, Il Gyo Koo, 2008

机译：液相放电等离子体在人类皮肤模型中伤口感染的细菌失活
7. Bacterial inactivation of wound infection in a human skin model by liquid-phase discharge plasma. [O] . Paul Y Kim, Yoon-Sun Kim, Il Gyo Koo, 2011

机译：液相放电等离子体对人体皮肤模型伤口感染的细菌灭活。
8. Evaluation of Novel Antimicrobial Peptides as Topical Anti-Infectives with Broad-Spectrum Activity against Combat-Related Bacterial and Fungal Wound Infections. [R] . Clemens, L. E. 2017

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Bacterial Inactivation of Wound Infection in a Human Skin Model by Liquid-Phase Discharge Plasma

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